mhurhangee/ep-ind-claims huggingface dataset:
A plasma confinement system comprising: an inner electrode; an intermediate electrode that at least partially surrounds the inner electrode; and an outer electrode that at least partially surrounds the intermediate electrode, the outer electrode comprising: a solid conductive shell; and an electrically conductive material disposed on the solid conductive shell, wherein the electrically conductive material has a melting point within a range of 180° C to 800° C at 1 atmosphere of pressure, wherein the plasma confinement system further comprises a pumping system configured to circulate the electrically conductive material over the outer electrode when the electrically conductive material is in a liquid state. an inner electrode; an intermediate electrode that at least partially surrounds the inner electrode; and an outer electrode that at least partially surrounds the intermediate electrode, the outer electrode comprising: a solid conductive shell; and an electrically conductive material disposed on the solid conductive shell, wherein the electrically conductive material has a melting point within a range of 180° C to 800° C at 1 atmosphere of pressure, wherein the plasma confinement system further comprises a pumping system configured to circulate the electrically conductive material over the outer electrode when the electrically conductive material is in a liquid state. a solid conductive shell; and an electrically conductive material disposed on the solid conductive shell, wherein the electrically conductive material has a melting point within a range of 180° C to 800° C at 1 atmosphere of pressure, wherein
A method of scanning a light transmitter having an exit tip (74, 82), comprising: supporting said light transmitter in a mount (44, 92, 100) located remotely from said exit tip (74, 82); driving said light transmitter to vibrate in a first direction (x) with a first driving force; mounting said light transmitter to have compliance in said first direction (x) that is significantly different from compliance in a second direction (y) orthogonal to said first direction (x); driving said light transmitter to vibrate in the second direction (y) with a second driving force; applying said first and second driving forces to said light transmitter between said mount (44, 92, 100) and said exit tip (74, 82); and synchronizing vibration of said light transmitter in said first direction (x) with vibration of said light transmitter in said second direction (y) so that the exit tip (74, 82) of the light transmitter executes a scan pattern; characterized in that said light emitter is driven to vibrate resonantly in the first direction (x) with said first driving force; said light emitter is driven to vibrate non-resonantly in the second direction (y) with said second driving force; and said scan pattern approximates a rectilinear raster scan, with said light transmitter executing sinusoidal vibration in said first direction (x) and linear vibration in said second direction (y). supporting said light transmitter in a mount (44, 92, 100) located remotely from said exit tip (74, 82); driving said light transmitter to vibrate in a first direction (x) with a first driving force; mounting said light transmitter to have compliance in said first direction (x) that is significantly different from compliance in a second direction (y) orthogonal to said first direction (x); driving said light transmitter to vibrate in the second direction (y) with a second driving force; applying said first and second driving forces to said light transmitter between said mount (44, 92, 100) and said exit tip (74, 82); and synchronizing vibration of said light transmitter in said first direction (x) with vibration of said light transmitter in said second direction (y) so that the exit tip (74, 82) of the light transmitter executes a scan pattern; characterized in that said light emitter is driven to vibrate resonantly in the first direction (x) with said first driving force; said light emitter is driven to vibrate non-resonantly in the second direction (y) with said second driving force; and said scan pattern approximates a rectilinear raster scan, with said light transmitter executing sinusoidal vibration in said first direction (x) and linear vibration in said second direction (y).
An image processing apparatus, comprising: an acquiring unit configured to acquire a background image and a captured image containing a predetermined object not present in an image-capturing region of the background image; an extraction unit configured to extract, from the captured image, an object region corresponding to the predetermined object from a difference between the captured image and the background image; and a processing unit (103, 104) configured to set masking image information, and to mask the extracted object region based on the masking image information, wherein the processing unit (103, 104) includes a generation unit configured to generate a mask image for masking the object region based on the masking image information such that presence and motion of the predetermined object are recognizable, and generate a composite image by combining the generated mask image and the background image, characterized in that the generation unit is configured to extract image information from the background image, and the processing unit (103, 104) is configured to set the masking image information to be different from the extracted image information such that presence and motion of the predetermined object are recognizable. an acquiring unit configured to acquire a background image and a captured image containing a predetermined object not present in an image-capturing region of the background image; an extraction unit configured to extract, from the captured image, an object region corresponding to the predetermined object from a difference between the captured image and the background image; and a processing unit (103, 104) configured to set masking image information, and to mask the extracted object region based on the masking image information, wherein the processing unit (103, 104) includes a generation unit configured to generate a mask image for masking the object region based on the masking image information such that presence and motion of the predetermined object are recognizable, and generate a composite image by combining the generated mask image and the background image, characterized in that the generation unit is configured to extract image information from the background image, and the processing unit (103, 104) is configured to set the masking image information to be different from the extracted image information such that presence and motion of the predetermined object are recognizable.
Blood treatment apparatus with a mounting for holding a single-use system tube and with a device for supporting an operator in operating the blood treatment apparatus, wherein the device comprises a signalling device for signalling a necessary operation of the system tube, wherein the device comprises a control device for controlling the signalling device in dependency of the operation to be performed and independent of an operator request, characterized in that the signalling device comprises a light source which is controllable by the control device and arranged behind the system tube, wherein the light source at least partially illuminates the system tube when the light source is activated by the control device to send out an optical signal from the system tube.
Marking for an item or article, said marking comprising polymeric cholesteric liquid crystal material exhibiting color and an angle dependent change of color characteristics which allow for its authentication and reading by a machine, as well as its authentication by the human eye, the marking being characterized in that it is produced on a substrate by applying a cholesteric liquid crystal precursor and a chiral dopant composition to the substrate under the form of indicia by a variable information printing process selected from the group of continuous ink-jet printing and drop-on-demand ink-jet printing and hardening said composition on the substrate, the indicia representing a unique code, allowing for its identification wherein said indicia representing a unique code are chosen from the group of: 1-dimensional barcodes, stacked 1- dimensional barcodes, and 2 -dimensional barcodes.
A chimeric nucleic acid comprising at least two portions, a first portion comprising a nucleic acid complementary to a nucleic acid sequence of Interest, and a second portion comprising one member of a peptide affinity group comprising any of the pairs: S-protein and S-peptide, PKA peptide and PKA, HA peptide and HA, KSI and ollgo PHE, KSI and oligo Leu, oligo Arg and oligo Glu, or oligo Arg and oligo Asp, wherein said member is attached to one or more nucleotides of said nucleic acid In said first portion.
A method for deployment of a node in a wireless network, the method being performed in the node and comprising: - receiving configuration data from two or more sets of nodes (3 1,.., 3 N; 4) of the wireless network, - determining a first number of nodes (3 1,.., 3 N; 4) of the first set of nodes (3 1,.., 3 N) providing first configuration data and a second number of nodes of the second set of nodes providing second configuration data, and - determining, based on the first and second number of nodes (3 1,.., 3 N; 4), one of the first and second configuration data for use in configuration of the node, the method being further characterized by the fact that the determining of the configuration data for use in configuration comprises: establishing a weight indicative of trust level of signaling received from each respective set of nodes (3 1,.., 3 N; 4), and determining a confidence level for the first and second configuration data based on the established weights. - receiving configuration data from two or more sets of nodes (3 1,.., 3 N; 4) of the wireless network, - determining a first number of nodes (3 1,.., 3 N; 4) of the first set of nodes (3 1,.., 3 N) providing first configuration data and a second number of nodes of the second set of nodes providing second configuration data, and - determining, based on the first and second number of nodes (3 1,.., 3 N; 4), one of the first and second configuration data for use in configuration of the node, the method being further characterized by the fact that the determining of the configuration data for use in configuration comprises: establishing a weight indicative of trust level of signaling received from each respective set of nodes (3 1,.., 3 N; 4), and determining a confidence level for the first and second configuration data based on the established weights.
Soundproofing element comprising: - a first peripheral structure made of a porous or fibrous material and having a central opening, said first peripheral structure defined by two frame surfaces (11a, 11b) and a thickness defined by at least one lateral surface, said first peripheral structure providing sound-absorbing features for medium-high frequencies; - connected to said first peripheral structure, at a first frame surface thereof or in proximity thereto and so as to occupy said central opening, a perforated sheet providing sound-absorbing features for low frequencies; - connected to the first peripheral structure, at a second frame surface (1 1b) thereof opposite said first frame surface (1 1a), an impervious sheet which together with the perforated sheet provides sound-absorbing features for low frequencies, and periodically-arranged concentrated elements (14, 14', 14",...) on said impervious sheet which provide the soundproofing element with soundproofing features; - a second peripheral structure made of a porous or fibrous material and having a shape substantially corresponding to that of the first peripheral structure, connected by a third frame surface to the impervious sheet in a position substantially corresponding to the first peripheral structure; - connected to said second peripheral structure, at a fourth frame surface thereof opposite said third frame surface, a continuous sheet or panel; - a first air gap between said perforated sheet and said impervious sheet; - a second air gap between said impervious sheet and said continuous sheet or panel. - a first peripheral structure made of a porous or fibrous material and having a central opening, said first peripheral structure defined by two frame surfaces (11a, 11b) and a thickness defined by at least one lateral surface, said first peripheral structure providing sound-absorbing features for medium-high frequencies; - connected to said first peripheral structure, at a first frame surface thereof or in proximity thereto and so as to occupy said central opening, a perforated sheet providing sound-absorbing features for low frequencies; - connected to the first peripheral structure, at a second frame surface (1 1b) thereof opposite said first frame surface (1 1a), an impervious sheet which together with the perforated sheet provides sound-absorbing features for low frequencies, and periodically-arranged concentrated elements (14, 14', 14",...) on said impervious sheet which provide the soundproofing element with soundproofing features; - a second peripheral structure made of a porous or fibrous material and having a shape substantially corresponding to that of the first peripheral structure, connected by a third frame surface to the impervious sheet in a position substantially corresponding to the first peripheral structure; - connected to said second peripheral structure, at a fourth frame surface thereof opposite said third frame surface, a continuous sheet or panel; - a first air gap between said perforated sheet and said impervious sheet; - a second air gap between said impervious sheet and said continuous sheet or panel.
A fabric care composition comprising (i) at least one hydrophobically modified polyalkyleneimine, wherein the hydrophobically modified polyalkyleneimine comprises a polyalkyleneimine backbone having a weight-average molecular weight greater than or equal to 200 g/mol and less than 1000 g/mol, preferably greater than or equal to 300 g/mol and less than 1000 g/mol, more preferably greater than or equal to 500 g/mol and less than 1000 g/mol; and hydrophobic moieties which are covalently attached to the backbone of polyalkyleneimine; and (ii) at least one nonionic, anionic and/or cationic surfactant.
A finger insert designed to engage with nailfold imaging device, the finger insert comprising: a housing defining an opening configured to receive a finger of a subject, and further defining a landing region configured to abut against a distal phalange of the finger of the subject when the finger is placed into the finger insert via the opening, wherein the housing forms a fluid-tight seal configured to hold a liquid selected to facilitate imaging of a nailfold of the finger of the subject, wherein at least the distal phalange of the finger is immersed in the liquid when the liquid is present in the finger insert and as the finger is placed into the finger insert via the opening, the housing including a first wall and a second wall (322, 855), the second wall being optically transparent to facilitate imaging of the nailfold of the finger; and a deformable pad positioned on at least a portion of the first wall, configured to form an open-pore structure, the structure being configured to fill a gap between the first wall and the finger of the subject when the finger is inserted into the finger insert, and the deformable pad being configured to reduce trapped air in the liquid when the liquid is present in the finger insert, during insertion and movement of the finger in the finger insert, wherein the finger insert is designed to be insertable into and removable from a receptacle of the nailfold imaging device. a housing defining an opening configured to receive a finger of a subject, and further defining a landing region configured to abut against a distal phalange of the finger of the subject when the finger is placed into the finger insert via the opening, wherein the housing forms a fluid-tight seal configured to hold a liquid selected to facilitate imaging of a nailfold of the finger of the subject, wherein at least the distal phalange of the finger is immersed in the liquid when the liquid is present in the finger insert and as the finger is placed into the finger insert via the opening, the housing including a first wall and a second wall (322, 855), the second wall being optically transparent to facilitate imaging of the nailfold of the finger; and a deformable pad positioned on at least a portion of the first wall, configured to form an open-pore structure, the structure being configured to fill a gap between the first wall and the finger of the subject when the finger is inserted into the finger insert, and the deformable pad being configured to reduce trapped air in the liquid when the liquid is present in the finger insert, during insertion and movement of the finger in the finger insert, wherein the finger insert is designed to be insertable into and removable from a receptacle of the nailfold imaging device.
Conveying means for combustion residues of a combustion plant, having at least one conveyor belt (3, 28) and at least one housing at least partially surrounding the at least one conveyor belt (3, 28), wherein at least one deflecting means for deflecting a gas flow flowing longitudinally with respect to the at least one conveyor belt (3, 28) towards the at least one conveyor belt (3, 28) is arranged in or on the housing, characterized in that the at least one deflection means includes at least one perforated plate, which comprises holes in the form of bores, slots and/or apertures, wherein the at least one perforated plate has flow-resetting means on its upper side, which protrude from the upper side of the at least one perforated plate and conduct some of the gas flow in the direction of the holes of the at least one perforated plate, and wherein the gas flow can be deflected by the at least one deflecting means over at least 25% of a conveying section of the at least one conveyor belt (3, 28).
Method for communicating a subscriber identity module (eUICC) which is implemented or can be implemented in a terminal and in which at least one profile is configured for use of the mobile terminal in a mobile network, to a server, in which method a status message, by means of which a status change of the profile is indicated, is transmitted by the subscriber identity module (eUICC) to the server, wherein, prior to the transmission of the status message, a step of determining a technology is carried out in the subscriber identity module (eUICC), in which step it is determined which technology the profile corresponds to, and the transmission is carried out in conformance with the technology, and wherein the technology is specified in an application data field of the profile.
A composition for depositing a silicon-containing film on at least a surface of a substrate comprising a surface feature selected from one or more of pores, trenches, shallow trench isolation, vias and reentrant features using flowable chemical vapor deposition, the composition comprising at least one compound selected from the group consisting of tris(ethylsilyl)amine and
A user equipment, UE, comprising: a transceiver configured to receive RRC signaling which is used to configure a first corresponding serving cell list in a first LogicalChannelConfig information element, IE, for a first logical channel of an SRB and a second corresponding serving cell list in a second LogicalChannelConfig IE for a second logical channel of the SRB configured as a duplicate logical channel in carrier aggregation, wherein a PCell is included in one of the serving cell lists; wherein the transceiver is configured to transmit, on serving cells in the first corresponding serving cell list, data from the first logical channel, and to transmit, on serving cells in the second corresponding serving cell list, data from the second logical channel, the first LogicalChannelConfig IE is used to configure logical channel parameters of the first logical channel, and the second LogicalChannelConfig IE is used to configure logical channel parameters of the second logical channel. a transceiver configured to receive RRC signaling which is used to configure a first corresponding serving cell list in a first LogicalChannelConfig information element, IE, for a first logical channel of an SRB and a second corresponding serving cell list in a second LogicalChannelConfig IE for a second logical channel of the SRB configured as a duplicate logical channel in carrier aggregation, wherein a PCell is included in one of the serving cell lists; wherein the transceiver is configured to transmit, on serving cells in the first corresponding serving cell list, data from the first logical channel, and to transmit, on serving cells in the second corresponding serving cell list, data from the second logical channel, the first LogicalChannelConfig IE is used to configure logical channel parameters of the first logical channel, and the second LogicalChannelConfig IE is used to configure logical channel parameters of the second logical channel.
A method for synthesizing phycocyanin from cyanobacteria, the method comprising the steps of: (i) culturing a cyanobacterium in a suitable growth medium; and (ii) providing a suitable source of light, wherein the light consists of electromagnetic radiation having a wavelength of between 670 and 690 nm. (i) culturing a cyanobacterium in a suitable growth medium; and (ii) providing a suitable source of light, wherein the light consists of electromagnetic radiation having a wavelength of between 670 and 690 nm.