mhurhangee/patent-ind-claim-en huggingface dataset:
A display apparatus comprising: a frame ; a display module configured to be coupled to a front side of the frame and comprising at least one substrate on which a plurality of light emitting elements is mounted, and a bracket to which the at least one substrate is attached; and a magnetic coupling device comprising a holder fastened to the frame and configured to support the display module , and a magnet received in the holder to pull a part of the display module comprising a magnetisable material by using a magnetic attraction force, wherein the holder comprises a cylindrical portion having a hollow configured to receive the magnet and a rotatable adjuster configured to adjust, using rotation of the adjuster , a position of the display module with respect to the frame in a frontward direction or a rearward direction while the display module is supported by the holder , and while the display module is supported by the holder , the adjuster protrudes radially outward from the cylindrical portion such that part of the adjuster is exposed outside of the display apparatus and part of the adjuster is located between the frame and the display module . a frame ; a display module configured to be coupled to a front side of the frame and comprising at least one substrate on which a plurality of light emitting elements is mounted, and a bracket to which the at least one substrate is attached; and a magnetic coupling device comprising a holder fastened to the frame and configured to support the display module , and a magnet received in the holder to pull a part of the display module comprising a magnetisable material by using a magnetic attraction force, wherein the holder comprises a cylindrical portion having a hollow configured to receive the magnet and a rotatable adjuster configured to adjust, using rotation of the adjuster , a position of the display module with respect to the frame in a frontward direction or a rearward direction while the display module is supported by the holder , and while the display module is supported by the holder , the adjuster protrudes radially outward from the cylindrical portion such that part of the adjuster is exposed outside of the display apparatus and part of the adjuster is located between the frame and the display module .
A method for denoising marine seismic data recorded with first and second seismic sensors, said first seismic sensor being a hydrophone and said second seismic sensor being a geophone or an accelerometer, the method comprising: receiving first seismic data recorded with the first sensor in a time-space domain; receiving second seismic data recorded with the second sensor in the time-space domain, wherein the first and second seismic data are recorded at the same locations underwater; calculating with a processor models of the first and second seismic data in a transform domain that is different from the time-space domain; performing a wavefield separation using the first and second datasets in the transform domain; characterized in that it further comprises: determining a noise in the transform domain corresponding to the second seismic data based on the wavefield separation; reverse transforming the noise from the transform domain into the time-space domain; and denoising the second seismic data by subtracting the noise in the time-space domain from the second seismic data. receiving first seismic data recorded with the first sensor in a time-space domain; receiving second seismic data recorded with the second sensor in the time-space domain, wherein the first and second seismic data are recorded at the same locations underwater; calculating with a processor models of the first and second seismic data in a transform domain that is different from the time-space domain; performing a wavefield separation using the first and second datasets in the transform domain; characterized in that it further comprises: determining a noise in the transform domain corresponding to the second seismic data based on the wavefield separation; reverse transforming the noise from the transform domain into the time-space domain; and denoising the second seismic data by subtracting the noise in the time-space domain from the second seismic data. determining a noise in the transform domain corresponding to the second seismic data based on the wavefield separation; reverse transforming the noise from the transform domain into the time-space domain; and denoising the second seismic data by subtracting the noise in the time-space domain from the second seismic data.
A fiber laser oscillator comprising: a plurality of fiber laser modules outputting laser lights; a combiner for combining and emitting the laser lights respectively outputted from the plurality of fiber laser modules to the exterior; a low-dew-pointizer section for changing compressed air for purging supplied from the exterior into dry air with a low dew point by means of a gas separation membrane module ; a distributor for distributing and supplying the dry air respectively to the plurality of fiber laser modules ; a chassis (KT) for housing the plurality of fiber laser modules ; and characterized by a cooler (C) for dehumidifying a space in the chassis (KT). a plurality of fiber laser modules outputting laser lights; a combiner for combining and emitting the laser lights respectively outputted from the plurality of fiber laser modules to the exterior; a low-dew-pointizer section for changing compressed air for purging supplied from the exterior into dry air with a low dew point by means of a gas separation membrane module ; a distributor for distributing and supplying the dry air respectively to the plurality of fiber laser modules ; a chassis (KT) for housing the plurality of fiber laser modules ; and characterized by a cooler (C) for dehumidifying a space in the chassis (KT).
A method for drying a vaccine composition comprising a virus or viral protein subunit or virus-like particles comprising the steps of: a) providing an aqueous composition in a primary container comprising a buffer, the virus or viral protein subunit or virus-like particles, and between about 20% w/w and about 60% w/w of one or more non-polymeric sugars; b) freezing the composition, thereby forming at least one frozen body comprising the buffer in frozen form; and c) applying microwave radiation in a traveling wave format at a power in a range of between 0.5 and 8 KW/hr/Kg to the frozen body under a pressure below atmospheric pressure to produce a dried formulation; using sublimation as the predominant drying mechanism. a) providing an aqueous composition in a primary container comprising a buffer, the virus or viral protein subunit or virus-like particles, and between about 20% w/w and about 60% w/w of one or more non-polymeric sugars; b) freezing the composition, thereby forming at least one frozen body comprising the buffer in frozen form; and c) applying microwave radiation in a traveling wave format at a power in a range of between 0.5 and 8 KW/hr/Kg to the frozen body under a pressure below atmospheric pressure to produce a dried formulation; using sublimation as the predominant drying mechanism.
A solar module collection assembly for collection of incident solar energy and generation of electricity, which comprises: (a) a central vertically oriented support column ; (b) a solar collection assembly comprising a plurality of dual faced solar receptor assemblies , each solar receptor assembly having an upper solar receptor surface and a lower solar receptor surface , said solar collection assembly carried by said central vertically oriented support column ; and (c) a solar collector reflective assembly surrounding said central vertically oriented support column and oriented to reflect incident solar energy onto said solar collection assembly characterized in that each solar receptor assembly comprises a wedge-shaped support having an upper surface and a lower surface, each upper and lower surface having a solar receptor (36A, 36C; 36B, 36D) affixed thereto. (a) a central vertically oriented support column ; (b) a solar collection assembly comprising a plurality of dual faced solar receptor assemblies , each solar receptor assembly having an upper solar receptor surface and a lower solar receptor surface , said solar collection assembly carried by said central vertically oriented support column ; and (c) a solar collector reflective assembly surrounding said central vertically oriented support column and oriented to reflect incident solar energy onto said solar collection assembly
A method performed by a wireless device served by a master node, MN, and a secondary node, SN, in a dual connectivity, DC, in a wireless communication system, the method comprising: receiving (S1101) information for a timer related to a fast master cell group, MCG, recovery and a conditional mobility attempt configuration; starting (S1103) the timer related to the fast MCG recovery upon detecting a MCG failure; and based on detecting (S1105) an expiry of the timer related to the fast MCG recovery: removing (S1107) one or more conditional mobility commands stored in the wireless device ; and initiating (S1109) a transmission of a radio resource control, RRC, re-establishment request message. receiving (S1101) information for a timer related to a fast master cell group, MCG, recovery and a conditional mobility attempt configuration; starting (S1103) the timer related to the fast MCG recovery upon detecting a MCG failure; and based on detecting (S1105) an expiry of the timer related to the fast MCG recovery: removing (S1107) one or more conditional mobility commands stored in the wireless device ; and initiating (S1109) a transmission of a radio resource control, RRC, re-establishment request message. removing (S1107) one or more conditional mobility commands stored in the wireless device ; and initiating (S1109) a transmission of a radio resource control, RRC, re-establishment request message.
Sensor element for storing rotation or position information, comprising a domain wall conductor (1; 1') and a substrate , wherein the domain wall conductor (1; 1') is arranged on the substrate , wherein the course of the domain wall conductor (1; 1') is of a closed circumferential, continuous configuration without crossings and furthermore the domain wall conductor (1; 1') has a first region (A) with a positive curvature and a second region (B) with a negative curvature.
A method of imaging a sample by interferometric scattering microscopy, the method comprising: illuminating a sample with at least one coherent light source , the sample being held at a sample location comprising an interface having a refractive index change, illuminating the sample with illuminating radiation to generate a backpropagating signal from the sample comprising light reflected at the interface and light scattered by the sample; splitting the backpropagating signal into first and second signals such that the first and second signals each comprise at least a portion of the light scattered by the sample; modifying the second signal using a modifying element such that the second signal differs from the first signal, wherein modifying the second signal comprises phase shifting, magnifying in a first direction or spatial filtering with a greater intensity than the spatial filtering applied to the first signal; directing the first and second signals onto first and second detectors to generate, respectively, first and second images; and comparing, by a processor, the first and second images to determine one or more characteristics of the sample. illuminating a sample with at least one coherent light source , the sample being held at a sample location comprising an interface having a refractive index change, illuminating the sample with illuminating radiation to generate a backpropagating signal from the sample comprising light reflected at the interface and light scattered by the sample; splitting the backpropagating signal into first and second signals such that the first and second signals each comprise at least a portion of the light scattered by the sample; modifying the second signal using a modifying element such that the second signal differs from the first signal, wherein modifying the second signal comprises phase shifting, magnifying in a first direction or spatial filtering with a greater intensity than the spatial filtering applied to the first signal; directing the first and second signals onto first and second detectors to generate, respectively, first and second images; and comparing, by a processor, the first and second images to determine one or more characteristics of the sample.
A hematopoietic stem cell comprising a vector encoding a metallothionein polypeptide or polynucleotide for use in the treatment of a lysosomal storage disease or disorder with central nervous system (CNS) involvement in a subject, wherein the treatment increases the level, expression, or activity of the metallothionein polypeptide or polynucleotide in the subject relative to a reference.
A home agent of a mobile IP control system comprising one or a plurality of radio relay devices for presenting a radio connection link to a mobile terminal , the home agent for communicating with the mobile terminal via each of the radio relay devices , and a foreign agent which relays a communication between the radio relay devices and the home agent , wherein the mobile terminal and a partner terminal set in advance communicate mutually via the home agent , wherein the home agent has a function for receiving, from the foreign agent , a radio communication type used for a mutual radio communication performed between each of the radio relay devices and the mobile terminal in a position registration of the mobile terminal and a function for controlling a communication band of the mutual communication performed between each of the radio relay devices and the mobile terminal based on the radio communication type.
A surface forming system intended to be supported by a structural ceiling and/or a wall of a room , the surface forming system comprising a first tile and a second tile , each tile comprising a front major surface , an opposing back major surface and at least one edge surface extending along the perimeter of the tile and connecting the front and back major surfaces , a first connecting member and a second connecting member , each comprising a tile connector and a pivot connector , wherein the tile connector of the first connecting member and the second connecting member are connected to the first tile and the second tile , respectively, and wherein the pivot connector of the first and the second connecting members are pivotably connected to each other such that the tiles are foldable relative each other, the system further comprising a first hinge member , wherein the pivot connector of the first and the second connecting members are pivotably connected to each other via the hinge member , characterized in that the first and the second connecting members are made of bend metal wire, the tile connectors of the first and the second connecting members each comprise a planar portion (32a,b) inserted in a slit or groove of the at least one edge surface of the first and the second tiles , respectively, and the pivot connectors of the first and the second connecting members each comprise at least one protruding member inserted in corresponding orifices of the first hinge member whereby the pivot connector of the first and the second connecting members are pivotably connected to each other via the hinge member . a first tile and a second tile , each tile comprising a front major surface , an opposing back major surface and at least one edge surface extending along the perimeter of the tile and connecting the front and back major surfaces , a first connecting member and a second connecting member , each comprising a tile connector and a pivot connector , wherein the tile connector of the first connecting member and the second connecting member are connected to the first tile and the second tile , respectively, and wherein the pivot connector of the first and the second connecting members are pivotably connected to each other such that the tiles are foldable relative each other, the system further comprising a first hinge member , wherein the pivot connector of the first and the second connecting members are pivotably connected to each other via the hinge member , characterized in that the first and the second connecting members are made of bend metal wire, the tile connectors of the first and the second connecting members each comprise a planar portion (32a,b) inserted in a slit or groove of the at least one edge surface of the first and the second tiles , respectively, and the pivot connectors of the first and the second connecting members each comprise at least one protruding member inserted in corresponding orifices of the first hinge member whereby the pivot connector of the first and the second connecting members are pivotably connected to each other via the hinge member .
A surgical drape comprising: a first drape section including: an exterior surface adjacent to a sterile field for performing a surgical procedure; an interior surface forming a cavity for receiving a non-sterile portion of a robotic surgical system; a first vent through the interior and exterior surfaces in communication with the sterile field; and a second vent through the interior and exterior surfaces in communication with the sterile field and spaced apart from the first vent, wherein the interior and exterior surfaces include a window configured to be positioned adjacent to a monitor screen, the window including a static charge; and a second drape section connected to the first drape section and including an instrument sterile adaptor for engaging a surgical tool and another non-sterile portion of the robotic surgical system, the sterile adaptor configured to transfer signals between the surgical tool and the other non-sterile portion of the robotic surgical system. a first drape section including: an exterior surface adjacent to a sterile field for performing a surgical procedure; an interior surface forming a cavity for receiving a non-sterile portion of a robotic surgical system; a first vent through the interior and exterior surfaces in communication with the sterile field; and a second vent through the interior and exterior surfaces in communication with the sterile field and spaced apart from the first vent, wherein the interior and exterior surfaces include a window configured to be positioned adjacent to a monitor screen, the window including a static charge; and an exterior surface adjacent to a sterile field for performing a surgical procedure; an interior surface forming a cavity for receiving a non-sterile portion of a robotic surgical system; a first vent through the interior and exterior surfaces in communication with the sterile field; and a second vent through the interior and exterior surfaces in communication with the sterile field and spaced apart from the first vent, wherein the interior and exterior surfaces include a window configured to be positioned adjacent to a monitor screen, the window including a static charge; and a second drape section connected to the first drape section and including an instrument sterile adaptor for engaging a surgical tool and another non-sterile portion of the robotic surgical system, the sterile adaptor configured to transfer signals between the surgical tool and the other non-sterile portion of the robotic surgical system.
A method comprising: receiving, by an egress network device for a network , messages from each of a plurality of ingress network devices for the network, wherein each of the messages specifies a multicast source as an anycast address that belongs to two or more different sources , a multicast group, and a customer site identifier that uniquely identifies a customer network device via which the anycast address is reachable; selecting, by the egress network device and based on the customer site identifiers specified by the messages, one of the plurality of ingress network devices to which to send a multicast join message of a plurality of multicast join messages for the multicast source and multicast group; and sending, by the egress network device, the multicast join message to the selected one of the plurality of ingress network devices. receiving, by an egress network device for a network , messages from each of a plurality of ingress network devices for the network, wherein each of the messages specifies a multicast source as an anycast address that belongs to two or more different sources , a multicast group, and a customer site identifier that uniquely identifies a customer network device via which the anycast address is reachable; selecting, by the egress network device and based on the customer site identifiers specified by the messages, one of the plurality of ingress network devices to which to send a multicast join message of a plurality of multicast join messages for the multicast source and multicast group; and sending, by the egress network device, the multicast join message to the selected one of the plurality of ingress network devices.
A synthetic amino acid sequence comprising the synthetic amino acid sequence of SEQ ID NO.: 6 or SEQ ID NO.: 5, wherein the synthetic amino acid sequence is for hydrolyzing organophosphate nerve agent.
A rotor assembly of an electric motor comprising a cylindrical heat sink , wherein the heat sink encloses rotor components of the electric motor, and at least one cover with an axial inlet opening is arranged on the heat sink on an axial end face, and cooling webs extend between the heat sink and the cover , which cooling webs respectively form, between themselves, the axial end face of the heat sink , and the cover , a radially outwardly extending cooling channel , thereby enabling a radially outwardly extending cooling air flow to occur from the inlet opening of the cover through the cooling channel when the rotor assembly rotates, wherein the cover is embodied as a concentric inlet nozzle, and wherein it extends in the vicinity of an inlet opening section having the inlet opening so as to be retracted axially outward at least in sections, thereby reducing the cross-sectional area of the inlet opening section toward the inlet opening , wherein the cooling webs are bent or rounded at least in sections in their radially outer edge region on their axial end faces facing toward the cover , so that their respective axial extension is reduced at least in this region, and wherein the cover is embodied in this region so as to be retracted axially inward in the direction of the cooling webs and adapted to the geometry of the cooling webs .
Process for producing a target RNA in a host cell comprising the steps of: a) providing (i) a host cell comprising a vector comprising a DNA sequence encoding the target RNA and a DNA sequence encoding an RNase inhibitor or (ii) a host cell comprising a first vector comprising a DNA sequence encoding the target RNA and a second vector comprising a DNA sequence encoding an RNase inhibitor, b) fermenting the host cell and allowing the DNA sequence to be transcribed into the target RNA, c) obtaining the target RNA from the host cell, wherein the target RNA is obtained from the host cell by separating the target RNA from the endogenous RNA of the host cell. a) providing (i) a host cell comprising a vector comprising a DNA sequence encoding the target RNA and a DNA sequence encoding an RNase inhibitor or (ii) a host cell comprising a first vector comprising a DNA sequence encoding the target RNA and a second vector comprising a DNA sequence encoding an RNase inhibitor, b) fermenting the host cell and allowing the DNA sequence to be transcribed into the target RNA, c) obtaining the target RNA from the host cell, wherein the target RNA is obtained from the host cell by separating the target RNA from the endogenous RNA of the host cell.