mhurhangee/ep-ind-claims huggingface dataset:
A lens assembly useable with a camera having a camera body, the lens assembly comprising: a camera mount configured to be connected to the camera body; a lens body connected to the camera mount at a first end of the lens body; a focus assembly comprising a slotted focus ring and a focus sleeve and a collar, the slotted focus ring having a slot extending radially and axially about the slotted focus ring; an adapter ring engaging the slot of the slotted focus ring and being axially moveable relative to the slotted focus ring, a portion of the adapter ring passing into the slot and configured to operatively move between the first end of the slot and the second end of the slot; an optic assembly removably connected to the adapter ring, the optic assembly having a housing connectable to the adapter ring and an optic carried by the housing, the optic assembly being configured to axially move with the adapter ring relative to the slotted focus ring; and a tilt assembly configured to allow pivotal movement of the lens body relative to the camera mount, the tilt assembly including a ball-in-socket assembly comprising a partially spherical ball portion pivotally engaged with a race forming a socket portion; wherein the focus assembly is coupled to the adapter ring, the focus assembly being configured to axially adjust a position of the optic assembly relative to the lens body to control focus of the lens assembly when the optic assembly is installed in the lens body, wherein the collar connects the ball portion of the tilt assembly to the front capture of the slotted focus ring and focus sleeve. a camera mount configured to be connected to the camera body; a lens body connected to the camera mount at a first end of the lens body; a focus assembly comprising a slotted focus ring and a focus sleeve and a collar, the slotted focus ring having a slot extending radially and axially about the slotted focus ring; an adapter ring engaging the slot of the slotted focus ring and being axially moveable relative to the slotted focus ring, a portion of the adapter ring passing into the slot and configured to operatively move between the first end of the slot and the second end of the slot; an optic assembly removably connected to the adapter ring, the optic assembly having a housing connectable to the adapter ring and an optic carried by the housing, the optic assembly being configured to axially move with the adapter ring relative to the slotted focus ring; and a tilt assembly configured to allow pivotal movement of the lens body relative to the camera mount, the tilt assembly including a ball-in-socket assembly comprising a partially spherical ball portion pivotally engaged with a race forming a socket portion; wherein the focus assembly is coupled to the adapter ring, the focus assembly being configured to axially adjust a position of the optic assembly relative to the lens body to control focus of the lens assembly when the optic assembly is installed in the lens body, wherein the collar connects the ball portion of the tilt assembly to the front capture of the slotted focus ring and focus sleeve.
A blow molded container comprising: a layer comprising an ethylene-vinyl alcohol copolymer as a principal component, the layer comprising an unsaturated aldehyde, and a content of the unsaturated aldehyde in the layer being 0.01 ppm or more and 100 ppm or less. a layer comprising an ethylene-vinyl alcohol copolymer as a principal component,
A mobile terminal comprising: a wireless communication unit configured to wirelessly communicate with at least one other terminal; a flexible display; at least one sensor arranged in a prescribed form on the flexible display and configured to convert a flex state of the flexible display into an electric signal; and a controller configured to determine the flex state of the flexible display using the electric signal input from the at least one sensor, and to control the flexible display to display a visual effect corresponding to the determined flex state to inform a user of a flexed extent or a direction of the flex of the determined flex state, characterized in that the controller is further configured to: stop operating the flexible display if the flexed extent exceeds a preset limit range. a wireless communication unit configured to wirelessly communicate with at least one other terminal; a flexible display; at least one sensor arranged in a prescribed form on the flexible display and configured to convert a flex state of the flexible display into an electric signal; and a controller configured to determine the flex state of the flexible display using the electric signal input from the at least one sensor, and to control the flexible display to display a visual effect corresponding to the determined flex state to inform a user of a flexed extent or a direction of the flex of the determined flex state, characterized in that the controller is further configured to: stop operating the flexible display if the flexed extent exceeds a preset limit range. stop operating the flexible display if the flexed extent exceeds a preset limit range.
Formulation containing at least one protective substance that is active with respect to cellulose-containing materials and at least one compound with dispersing properties, characterized in that the compound with dispersing properties is a compound a) containing a branched comb-shaped polymer with polyether side chains, and the active protective substance is at least one copper compound in nanoparticulate form, wherein the average particle size of the active protective substance, measured using laser diffraction, is in a range from 1 to 1000 nm, wherein the compound a) is a polycarboxylate ether a 1), a polycarboxylate ester a 2), an uncharged copolymer a 3) or mixtures thereof, wherein the polycarboxylate ester a 2) is a polymer, producible by polymerization of a monomer mixture, containing a representative of the carboxylic acid type of monomer as main component, wherein the monomer mixture contains an (alkoxy)polyalkylene glycol mono(meth)acrylic acid ester monomer (a) of general formula in which R 1 stands for a hydrogen atom or a CH 3 group, R 2 O for a representative or a mixture of at least two oxyalkylene groups with 2 to 4 carbon atoms, R 3 for a hydrogen atom or an alkyl group with 1 to 5 carbon atoms and m stands for a number between 1 and 250 and represents the average number of moles of the added oxyalkylene group, additionally, as monomer (b), a (meth)acrylic acid of general formula, in which R 4 stands for a hydrogen atom or a CH 3 group and M 1 for a hydrogen atom, a monovalent metal atom, a divalent metal atom, an ammonium group or an organic amine group, and optionally a monomer (c), which is copolymerizable with monomers (a) and (b), and wherein the copper compound is a sparingly soluble copper salt.
A polycarbonate resin composition which contains a polycarbonate resin containing structural units derived from a dihydroxy compound represented by the following formula as part of the structure thereof and further contains a bluing agent, wherein a molded object having a thickness of 2 mm formed from the polycarbonate resin composition has a b* value of -1 to 1 and an L* value of 96.15 or larger, wherein the total amount of compounds of sodium, potassium and cesium in the polycarbonate resin is 0.7 weight ppm or less, in terms of metal amount, and the upper limit of the amount of catalyst used in the preparation of polycarbonate resin is 1.0 μmol per mol of dihydroxy compounds. wherein the total amount of compounds of sodium, potassium and cesium in the polycarbonate resin is 0.7 weight ppm or less, in terms of metal amount, and the upper limit of the amount of catalyst used in the preparation of polycarbonate resin is 1.0 μmol per mol of dihydroxy compounds.
A method of amending signals in the control plane to facilitate data transfer between a user equipment and a packet data network via different access connections each using a different access network at least one being a non-cellular access network, said method comprising: receiving a signal in the control plane requesting a change in an access connection to be used to transmit data between said packet data network and said user equipment; in response to receiving said signal in the control plane requesting said change in said access connection accessing an authorisation database storing information regarding said user equipment; and determining from information accessed in said authorisation database whether said user equipment has a current access connection to said packet data network; and in response to determining that said user equipment does have said current access connection, amending said signal in the control plane to generate a modified signal in the control plane and transmitting said modified signal in said control plane to a packet data network gateway such that an access connection used to transmit data to said user equipment is changed. receiving a signal in the control plane requesting a change in an access connection to be used to transmit data between said packet data network and said user equipment; in response to receiving said signal in the control plane requesting said change in said access connection accessing an authorisation database storing information regarding said user equipment; and determining from information accessed in said authorisation database whether said user equipment has a current access connection to said packet data network; and in response to determining that said user equipment does have said current access connection, amending said signal in the control plane to generate a modified signal in the control plane and transmitting said modified signal in said control plane to a packet data network gateway such that an access connection used to transmit data to said user equipment is changed.
A computer-implemented method of radiotherapy treatment planning for creating a plan for delivery of at least one particle-based arc to a patient using an apparatus arranged to deliver radiation in the form of charged particles from a number of different directions comprising the steps of a. determining (S11; S21) an initial set of candidate energy layers, each layer involving a particular energy level at a particular beam angle, b. performing a calculation on the initial set, c. determining (S13; S23), based on the outcome of said calculation, at least one additional energy layer to produce an expanded candidate layer set, wherein the at least one additional energy layer involves an energy level not previously used in any of the energy layers, d. adding (S14; S24) the at least one additional energy layer to the initial set, to produce an expanded candidate energy layer set e. optimizing (S16; S26) a radiotherapy treatment plan based on the expanded candidate layer set. a. determining (S11; S21) an initial set of candidate energy layers, each layer involving a particular energy level at a particular beam angle, b. performing a calculation on the initial set, c. determining (S13; S23), based on the outcome of said calculation, at least one additional energy layer to produce an expanded candidate layer set, wherein the at least one additional energy layer involves an energy level not previously used in any of the energy layers, d. adding (S14; S24) the at least one additional energy layer to the initial set, to produce an expanded candidate energy layer set e. optimizing (S16; S26) a radiotherapy treatment plan based on the expanded candidate layer set.
A communication device comprising: a memory storing one or more instructions; a processor configured to execute the one or more instructions to: receive an updated Routing Identifier, Routing ID, and a Message Authentication Code for Integrity, MAC-I, relevant to the updated Routing ID from a core network apparatus; verify the MAC-I; store the updated Routing ID in a Universal Subscriber Identity Module, USIM, if the MAC-I is verified successfully; obtain a Subscription Concealed Identifier, SUCI by concatenating a concealed Subscription Permanent Identifier, SUPI, with the updated Routing ID; and transmit the SUCI to the core network apparatus. a memory storing one or more instructions; a processor configured to execute the one or more instructions to: receive an updated Routing Identifier, Routing ID, and a Message Authentication Code for Integrity, MAC-I, relevant to the updated Routing ID from a core network apparatus; verify the MAC-I; store the updated Routing ID in a Universal Subscriber Identity Module, USIM, if the MAC-I is verified successfully; obtain a Subscription Concealed Identifier, SUCI by concatenating a concealed Subscription Permanent Identifier, SUPI, with the updated Routing ID; and transmit the SUCI to the core network apparatus. receive an updated Routing Identifier, Routing ID, and a Message Authentication Code for Integrity, MAC-I, relevant to the updated Routing ID from a core network apparatus; verify the MAC-I; store the updated Routing ID in a Universal Subscriber Identity Module, USIM, if the MAC-I is verified successfully; obtain a Subscription Concealed Identifier, SUCI by concatenating a concealed Subscription Permanent Identifier, SUPI, with the updated Routing ID; and transmit the SUCI to the core network apparatus.
A method of releasing a close proximity communication channel between devices (100; 200) based on a gesture, the method comprising the steps of: receiving a first touch gesture on a touch screen of a device; determining a direction of the first touch gesture; collecting gesture time point information of the first touch gesture; generating a context message for release of the close proximity communication channel in response to the determined direction of the first touch gesture; transmitting the context message from the device to another device, wherein the close proximity communication channel is established between the device and the another device; and if the another device receives a second touch gesture in a direction determined to correspond to the first touch gesture, the another device transmits a response comprising generation time point information of the second touch gesture, to the device in response to the context message from the device; if the device receives the response to the context message from the another device: determining if the generation time point information of the second touch gesture is generated within an allowable range of generation time point information of the first touch gesture; and if determined to be within the range, releasing the close proximity communication channel between the another device and the device. receiving a first touch gesture on a touch screen of a device; determining a direction of the first touch gesture; collecting gesture time point information of the first touch gesture; generating a context message for release of the close proximity communication channel in response to the determined direction of the first touch gesture; transmitting the context message from the device to another device, wherein the close proximity communication channel is established between the device and the another device; and if the another device receives a second touch gesture in a direction determined to correspond to the first touch gesture, the another device transmits a response comprising generation time point information of the second touch gesture, to the device in response to the context message from the device; if the device receives the response to the context message from the another device: determining if the generation time point information of the second touch gesture is generated within an allowable range of generation time point information of the first touch gesture; and if determined to be within the range, releasing the close proximity communication channel between the another device and the device. determining if the generation time point information of the second touch gesture is generated within an allowable range of generation time point information of the first touch gesture; and if determined to be within the range, releasing the close proximity communication channel between the another device and the device.
Method for evaluating the ability of a chemical substance or of a chemical composition to prevent muscle fatigue and muscle damage induced by physical exertion in humans, said method being characterised in that it comprises: - a step a) of culturing human primary skeletal muscle cells; - a step b) of differentiating the cells obtained in step a) in order to obtain myotubes; - a step c) of bringing a chemical substance or a chemical composition into contact with the cell medium obtained in step b); - a step d) of bringing at least one calcium ionophore agent (Al) into contact with the cell medium obtained in step c); - a step e) of measuring the level of expression of a combination of biological markers comprising or consisting of: - at least one biological marker (M 1) of glycaemic homeostasis, chosen from the elements of the group consisting of the myokines or cytokines produced by muscles, - at least one biological marker (M 2) of muscle lesions, chosen from creatine kinase and lactate dehydrogenase, - at least one biological marker (M 3) of ATP metabolism, chosen from the elements of the group consisting of lactate, aqueous ammonia and oxypurines, in the culture medium obtained in step d); and - a step f) of comparing the levels of expression of each of said three biological markers (M 1), (M 2) and (M 3) measured in step e) with the reference expression level for each of these three biological markers. - a step a) of culturing human primary skeletal muscle cells; - a step b) of differentiating the cells obtained in step a) in order to obtain myotubes; - a step c) of bringing a chemical substance or a chemical composition into contact with the cell medium obtained in step b); - a step d) of bringing at least one calcium ionophore agent (Al) into contact with the cell medium obtained in step c); - a step e) of measuring the level of expression of a combination of biological markers comprising or consisting of: - at least one biological marker (M 1) of glycaemic homeostasis, chosen from the elements of the group consisting of the myokines or cytokines produced by muscles, - at least one biological marker (M 2) of muscle lesions, chosen from creatine kinase and lactate dehydrogenase, - at least one biological marker (M 3) of ATP metabolism, chosen from the elements of the group consisting of lactate, aqueous ammonia and oxypurines, in the culture medium obtained in step d); and - a step f) of comparing the levels of expression of each of said three biological markers (M 1), (M 2) and (M 3) measured in step e) with the reference expression level for each of these three biological markers.
A ventilation system for vehicle lighting with a housing comprising: - a housing opening with an outwardly projecting opening wall, - a ventilation body which is fixed to the housing opening and has a ventilation element, a membrane and a cap covering the latter on a face end of the ventilation body opposite the housing opening, wherein a ventilation channel comprising a plurality of diversions is formed between an edge of the ventilation element and the housing opening, wherein the ventilation element comprises an outer part, characterised in that - the ventilation body has, on the end face opposite the housing opening, a receiving opening for receiving the membrane, said membrane running perpendicular to an axial direction of the housing opening and the ventilation element, - the outer part of the ventilation element, includes a radial projection, whose edge is spaced from the housing opening and is arranged to form a first diversion of the ventilation channel, - the ventilation element includes an inner part projecting into the housing opening, with a radial opening arranged in a region between the membrane and the cap, and facing the radial projection, to form a second diversion of the ventilation channel, as well as an axial opening (21, 21') freeing an axial segment of the ventilation channel, - the ventilation element and the housing opening are configured such that the ventilation element can be moved from an unlocked into a locked position or vice versa by rotation by a predetermined angle of rotation relative to the housing opening. - a housing opening with an outwardly projecting opening wall, - a ventilation body which is fixed to the housing opening and has a ventilation element, a membrane and a cap covering the latter on a face end of the ventilation body opposite the housing opening, wherein a ventilation channel comprising a plurality of diversions is formed between an edge of the ventilation element and the housing opening, wherein the ventilation element comprises an outer part, - the ventilation body has, on the end face opposite the housing opening, a receiving opening for receiving the membrane, said membrane running perpendicular to an axial direction of the housing opening and the ventilation element, - the outer part of the ventilation element, includes a radial projection, whose edge is spaced from the housing opening and is arranged to form a first diversion of the ventilation channel, - the ventilation element includes an inner part projecting into the housing opening, with a radial opening arranged in a region between the membrane and the cap, and facing the radial projection, to form a second diversion of the ventilation channel, as well as an axial opening (21, 21') freeing an axial segment of the ventilation channel, - the ventilation element and the housing opening are configured such that the ventilation element can be moved from an unlocked into a locked position or vice versa by rotation by a predetermined angle of rotation relative to the housing opening.
An orthopedic back shell, said back shell comprising at least one first flexible side shell part and at least one second flexible side shell part, wherein the first side shell part and the second side shell part are connected to one another via at least two connector elements and wherein the first side shell part and the second side shell part can be fixed to one another in a variable fashion via the at least two connector elements, wherein the first side shell part comprises at least two oblong holes (13, 15) disposed one above the other and wherein the second side shell part comprises at least two oblong holes (23, 25) disposed one above the other, and wherein the first side shell part and the second side shell part are connected to one another via the at least two connector elements (33, 35), and wherein each of the two connector elements (33, 35) extend through one oblong hole (13, 15) of the first side shell part and one oblong hole (23, 25) of the second side shell part, and wherein the uppermost oblong hole of the first side shell part and the uppermost oblong hole of the second side shell part have a different angle, and wherein the lowermost oblong hole of the first side shell part and the lowermost oblong hole of the second side shell part have a different angle, characterized in that the uppermost oblong hole and the lowermost oblong hole of the first side shell part are disposed vertically or virtually vertically, wherein the uppermost oblong hole and lowermost oblong hole of the second side shell part are disposed horizontally or virtually horizontally.