mhurhangee/ep-ind-claims huggingface dataset:
A workspace device (120, 220, 10, 200, 1060, 740, 800, 860, 900, 920, 930, 940, 960, 980, 992, 1000, 1020) comprising: a body having a wall defining an internal volume, said wall is hollow and said body collapsible to fit through a laparoscopic passageway in an abdominal wall to an abdominal cavity and expand therein to an expanded state; a first opening defined in said body; a tool channel contiguous with said first opening and extending from said body and sized to receive a laparoscopic tool therein; and at least one inflatable rigidizer compartment in said wall, which causes said body to resist collapse from said expanded state by an external pressure of at least 5 mmHg above a pressure within said internal volume; said body defining a workspace volume to receive and process tissue while said body is not collapsed, using a tool inserted through said first opening; characterized in that: said wall is configured to isolate said tissue from the abdominal cavity; said wall is configured to maintain a pressure differential across said wall between the abdominal cavity and the workspace volume; and the device includes at least one sensor (212, 214, 870) configured to sense a change in pressure in said wall. a body having a wall defining an internal volume, said wall is hollow and said body collapsible to fit through a laparoscopic passageway in an abdominal wall to an abdominal cavity and expand therein to an expanded state; a first opening defined in said body; a tool channel contiguous with said first opening and extending from said body and sized to receive a laparoscopic tool therein; and at least one inflatable rigidizer compartment in said wall, which causes said body to resist collapse from said expanded state by an external pressure of at least 5 mmHg above a pressure within said internal volume; said body defining a workspace volume to receive and process tissue while said body is not collapsed, using a tool inserted through said first opening; characterized in that: said wall is configured to isolate said tissue from the abdominal cavity; said wall is configured to maintain a pressure differential across said wall between the abdominal cavity and the workspace volume; and the device includes at least one sensor (212, 214, 870) configured to sense a change in pressure in said wall. said wall is configured to isolate said tissue from the abdominal cavity; said wall is configured to maintain a pressure differential across said wall between the abdominal cavity and the workspace volume; and the device includes at least one sensor (212, 214, 870) configured to sense a change in pressure in said wall.
A photocurable composition for nanoimprint, having a viscosity of 1 to 100 mPa·s at 23°C in a mixture of the composition components except a solvent, the composition comprising at least the following component to component: a polymerizable compound; a photopolymerization initiator; and a surfactant represented by the following general formula: Rf 1 -Rc-X in the general formula, Rf 1 represents a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, Rc represents a polyethylene oxide, a polypropylene oxide, or an alkylene group, and X represents a hydroxyl group, a carboxyl group, a sulfo group, an amino group, an alkoxy group, or a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, provided that when X represents a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, Rf 1 and X may be identical to or different from each other. a polymerizable compound; a photopolymerization initiator; and a surfactant represented by the following general formula: Rf 1 -Rc-X in the general formula, Rf 1 represents a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, Rc represents a polyethylene oxide, a polypropylene oxide, or an alkylene group, and X represents a hydroxyl group, a carboxyl group, a sulfo group, an amino group, an alkoxy group, or a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, provided that when X represents a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, Rf 1 and X may be identical to or different from each other.
A secure industrial control system, comprising: at least one control module provisioned with a first unique security credential; at least one input/output module provisioned with a second unique security credential; and a key management entity configured to provision the at least one control module and the at least one input/output module with the first and second unique security credentials at their respective points of manufacture, wherein the key management entity is communicatively coupled to the at least one control module and the at least one input/output module and is configured to manage the unique security credentials, wherein the at least one control module and the at least one input/output module are operable to bi-directionally communicate with one another based on the first and second unique security credentials. at least one control module provisioned with a first unique security credential; at least one input/output module provisioned with a second unique security credential; and a key management entity configured to provision the at least one control module and the at least one input/output module with the first and second unique security credentials at their respective points of manufacture, wherein the key management entity is communicatively coupled to the at least one control module and the at least one input/output module and is configured to manage the unique security credentials, wherein the at least one control module and the at least one input/output module are operable to bi-directionally communicate with one another based on the first and second unique security credentials.
A method of generating, revising, or extending a digital map, said digital map storing a plurality of line segments or features spatially associated within a coordinate system representing a network within a geographical area, comprising: separating the geographical area into a plurality of tiles having boundaries therebetween; providing a plurality of probe traces, wherein each probe trace extends across at least one boundary between two tiles; identifying the tiles being extended across by one of the probe traces as associated tiles of the probe trace; and simultaneously employing probe traces having no associated tiles in common using a plurality of processing threads to generate and/or revise one or more line segments or features of the digital map and preventing the processing threads from simultaneously employing probe traces having the same associated tiles. separating the geographical area into a plurality of tiles having boundaries therebetween; providing a plurality of probe traces, wherein each probe trace extends across at least one boundary between two tiles; identifying the tiles being extended across by one of the probe traces as associated tiles of the probe trace; and simultaneously employing probe traces having no associated tiles in common using a plurality of processing threads to generate and/or revise one or more line segments or features of the digital map and preventing the processing threads from simultaneously employing probe traces having the same associated tiles.
A non-luer connector for connection to a second non-luer connector comprising: a container having an open distal end including a distal wall, a sidewall including an inside surface defining a fluid chamber for retaining fluids, and an elongate tip extending in a distal direction from the distal wall, the elongate tip including an opening providing access to the chamber, an outside surface and a distal end, characterized by the elongate tip having a length in the range from about 0.200 inches (5.08 mm) to about 0.500 inches (12.7 mm) measured from the distal end of the tip to the distal wall and the outside surface of the elongate tip including an outer cross-sectional dimension of 0.1545 inches (3.9243 mm) or less. a container having an open distal end including a distal wall, a sidewall including an inside surface defining a fluid chamber for retaining fluids, and an elongate tip extending in a distal direction from the distal wall, the elongate tip including an opening providing access to the chamber, an outside surface and a distal end, the elongate tip having a length in the range from about 0.200 inches (5.08 mm) to about 0.500 inches (12.7 mm) measured from the distal end of the tip to the distal wall and the outside surface of the elongate tip including an outer cross-sectional dimension of 0.1545 inches (3.9243 mm) or less.
An optically variable device for inclusion in or on a security document, such as a document of value, comprising a substrate having a transparent viewing region and a layer of optical interference structure material for selectively reflecting and transmitting incident light to generate an optically variable effect, the layer of optical interference structure material having a front side and a rear side, the device further comprising an absorbing layer comprising an at least partially light absorbing material on the rear side of the layer of optical interference structure material, such that, - when a region on the front side of the layer of optical interference structure material receives incident light and the device is viewed in reflected light, the absorbing layer is sufficiently opaque to absorb light that passes through the optical interference structure material and the optically variable effect is observable in reflected light; and - when the same region on the front side is viewed in transmitted light, the absorbing layer is sufficiently transparent to permit the passage of light with an intensity that exceeds the intensity of reflected light for the optically variable effect to be observable in transmitted light, characterised in that the absorbing layer is in the form of a screen. - when a region on the front side of the layer of optical interference structure material receives incident light and the device is viewed in reflected light, the absorbing layer is sufficiently opaque to absorb light that passes through the optical interference structure material and the optically variable effect is observable in reflected light; and - when the same region on the front side is viewed in transmitted light, the absorbing layer is sufficiently transparent to permit the passage of light with an intensity that exceeds the intensity of reflected light for the optically variable effect to be observable in transmitted light, characterised in that the absorbing layer is in the form of a screen.
A cell culture and experiment device, comprising: a central distribution compartment, a culture compartment, a treatment compartment, and pipelines for delivering liquid between the central distribution compartment and the culture compartment and between the central distribution compartment and the treatment compartment, wherein a distribution chamber and a piston capable of moving back and forth in the distribution chamber to change the working volume of the distribution chamber are provided in the central distribution compartment, and a distribution valve for controlling the distribution chamber to be communicated with any pipeline is arranged at the bottom end of the distribution chamber in the central distribution compartment; in order to connect two adjacent compartments, outer outlets of pipelines of different compartments are connected when the compartments themselves align and grooves are provided around the outer outlets of pipelines of different compartments and sealing elements are arranged in the grooves to prevent liquid leakage in the joint between the compartments, to guarantee that two adjacent compartments are completely aligned, a matching hole is provided on each compartment, and connection is realized by means of a simple connector element.
Device for transmitting data comprising at least two modules having connector couplings which on the one hand serve to receive patch cables and on the other hand serve to receive trunk cables for connecting the modules to one another, the MPO connectors of the individual modules having an identical arrangement and configuration, wherein the MPO connectors are arranged on one side of the module and the matching ports for the duplex connectors are arranged on another side of the module, the module is designed in such a way that it is a closed box, wherein the line connections between MPO connectors and Duplex connectors are hardwired, characterized in that the module is equipped with two different allocations and the allocation of the module is chosen from one of the three allocation tables 1, 2, or 3: Allocation table 1 Port Modul Position MPO 1 Positiion MPO 2 Position 1T 1 11 1 R 2 12 2T 3 9 2R 4 10 3T 5 7 3R 6 8 4T 7 5 4R 8 6 5T 9 3 5R 10 4 6T 11 1 6R 12 2 7T 13 1 7R 14 2 8T 15 3 8R 16 4 9T 17 5 9R 18 6 10T 19 7 10R 20 8 11T 21 9 11R 22 10 12T 23 11 12R 24 12 Allocation table 2 Port Modul Position MP O 1 Positiion MPO 2 Position 1T 1 12 1R 2 1 2T 3 11 2R 4 2 3T 5 10 3R 6 3 4T 7 9 4R 8 4 5T 9 8 5R 10 5 6T 11 7 6R 12 6 7T 13 6 7R 14 7 8T 15 5 8R 16 8 9T 17 4 9R 18 9 10T 19 3 10R 20 10 11T 21 2 11R 22 11 12T 23 1 12R 24 12 And Allocation table 3 Port Modul Position MP O 1 Positiion MP O 2 Position 1T 1 12 1R 2 1 2T 3 11 2R 4 2 3T 5 10 3R 6 3 4T 7 9 4R 8 4 5T 9 8 5R 10 5 6T 11 7 6R 12 6 7T 13 12 7R 14 1 8T 15 11 8R 16 2 9T 17 10 9R 18 3 10T 19 9 10R 20 4 I 11T 21 8 11R 22 5 12T 23 7 12R 24 6 the MPO connectors are arranged on one side of the module and the matching ports for the duplex connectors are arranged on another side of the module, the module is designed in such a way that it is a closed box, wherein the line connections between MPO connectors and Duplex connectors are hardwired, characterized in that the module is equipped with two different allocations and the allocation of the module is chosen from one of the three allocation tables 1, 2, or 3: Allocation table 1 Port Modul Position MPO 1 Positiion MPO 2 Position 1T 1 11 1 R 2 12 2T 3 9 2R 4 10 3T 5 7 3R 6 8 4T 7 5 4R 8 6 5T 9 3 5R 10 4 6T 11 1 6R 12 2 7T 13 1 7R 14 2 8T 15 3 8R 16 4 9T 17 5 9R 18 6 10T 19 7 10R 20 8 11T 21 9 11R 22 10 12T 23 11 12R 24 12 Allocation table 2 Port Modul Position MP O 1 Positiion MPO 2 Position 1T 1 12 1R 2 1 2T 3 11 2R 4 2 3T 5 10 3R 6 3 4T 7 9 4R 8 4 5T 9 8 5R 10 5 6T 11 7 6R 12 6 7T 13 6 7R 14 7 8T 15 5 8R 16 8 9T 17 4 9R 18 9 10T 19 3 10R 20 10 11T 21 2 11R 22 11 12T 23 1 12R 24 12 And Allocation table 3 Port Modul Position MP O 1 Positiion MP O 2 Position 1T 1 12 1R 2 1 2T 3 11 2R 4 2 3T 5 10 3R 6 3 4T 7 9 4R 8 4 5T 9 8 5R 10 5 6T 11 7 6R 12 6 7T 13 12 7R 14 1 8T 15 11 8R 16 2 9T 17 10 9R 18 3 10T 19 9 10R 20 4 I 11T 21 8 11R 22 5 12T 23 7 12R 24 6
Optical separating means for a deflection mirror arrangement of a laser scanner, comprising a substantially rigid separating wall for separating a receiving mirror region of a deflection mirror (15, 16) from a transmitting mirror region, wherein the separating wall has a rectilinear edge section and the separating means has fastening webs which are arranged on both sides of the edge section, characterized in that an elastically deformable seal element is arranged along the edge section, wherein the separating means is formed in such a manner that it bears against the deflection mirror by means of the elastically deformable seal element.
Node positioning method for a wireless network, said network comprising nodes whose positions are known, referred to as anchor nodes, and nodes whose positions have to be determined, referred to as regular nodes, in which (a) for each node, a receiver measures (310,410) signal strengths of signals received from its neighboring nodes; (b) path loss parameters of channels respectively linking each regular node to its neighboring nodes are obtained (320, 420); (c) distances separating each regular node from its neighboring nodes are estimated (330, 430), according to an estimator being a median estimator, a mean estimator or a mode estimator, on the basis of said measured signal strengths and the path loss parameters thus obtained; characterized in that: (d) each distance thus estimated, separating a regular node from a neighboring node, is corrected (340, 440) for a systematic bias (μ d,ij) of said estimator, said systematic bias being calculated as a parametric function of a power detection threshold ( P th) of said receiver and the path loss parameters of the channel linking said regular node and said neighboring node, thereby providing corrected distance estimates; (e) the positions of the regular nodes are estimated (350,450) on the basis of the corrected distance estimates obtained at step (d). (a) for each node, a receiver measures (310,410) signal strengths of signals received from its neighboring nodes; (b) path loss parameters of channels respectively linking each regular node to its neighboring nodes are obtained (320, 420); (c) distances separating each regular node from its neighboring nodes are estimated (330, 430), according to an estimator being a median estimator, a mean estimator or a mode estimator, on the basis of said measured signal strengths and the path loss parameters thus obtained; (d) each distance thus estimated, separating a regular node from a neighboring node, is corrected (340, 440) for a systematic bias (μ d,ij) of said estimator, said systematic bias being calculated as a parametric function of a power detection threshold ( P th) of said receiver and the path loss parameters of the channel linking said regular node and said neighboring node, thereby providing corrected distance estimates; (e) the positions of the regular nodes are estimated (350,450) on the basis of the corrected distance estimates obtained at step (d).
A management system of a table game, the management system comprising: a substitute currency for gaming of different types; a gaming substitute currency tray to be disposed on a game table and holding substitute currency for gaming for each type; a camera device that images the substitute currency for gaming using a camera; and a management control device that specifies and stores types and quantities of substitute currency for gaming by using a result of the imaging performed by the camera device; characterized in that the substitute currency for gaming has RFIDs, the management control device is configured to be able to measure a total amount of the substitute currency for gaming disposed on the gaming substitute currency tray by using RFIDs of the substitute currency for gaming, the camera device can also image bills used for exchange of the substitute currency for gaming, and in that the management control device is configured to specify types and quantities of substitute currency for gaming disposed on the gaming substitute currency tray to be decreased according to exchange of the substitute currency for gaming disposed on the gaming substitute currency tray and bills by using a result of the imaging of the bills and be able to perform a comparison/measurement with a real total amount of the substitute currency for gaming disposed on the gaming substitute currency tray.
A connection device for connecting a first piece of electronic equipment to a second piece of electronic equipment, the device comprising two Ethernet type interfaces (10.1, 10.2) that are linked together by an up line (2.b) and a down line (2.a) and that are arranged for each of them to be linked to a respective one of the pieces of equipment and to transmit data in differential mode, characterized by two power supply modules (15.1, 15.2), each associated with a respective one of the pieces of equipment and wired in common mode between the up and down lines in order to transmit a power supply carrier signal in alternating current, and two secondary transmission modules (17.1, 17.2), each associated with a respective one of the power supply modules and arranged to enable data to be transmitted by modulating the power supply carrier signal.
A computer implemented method for generating multiple shares (415, 416) of secret data represented by secret data elements based on a first threshold for the number of shares that allow determining the secret data, the method comprising: determining multiple shares (415, 416) based on the multiple secret data elements and based on one or more random data elements, wherein determining the multiple shares (415, 416) comprises for each of the multiple shares (415, 416) determining a linear combination of the multiple secret data elements and the random data elements based on one of multiple sets of coefficients, the multiple sets of coefficients are linearly independent, the distance between each of the multiple sets of coefficients is maximal, each of the multiple sets of coefficients comprises exactly the first threshold number of coefficients and comprises exactly the number of secret data elements plus the number of random data elements. determining multiple shares (415, 416) based on the multiple secret data elements and based on one or more random data elements, wherein determining the multiple shares (415, 416) comprises for each of the multiple shares (415, 416) determining a linear combination of the multiple secret data elements and the random data elements based on one of multiple sets of coefficients, the multiple sets of coefficients are linearly independent, the distance between each of the multiple sets of coefficients is maximal, each of the multiple sets of coefficients comprises exactly the first threshold number of coefficients and comprises exactly the number of secret data elements plus the number of random data elements.
An interleukin -2 and an integrin-binding-Fc fusion protein for use in a method for treating cancer in a subject, wherein the integrin-binding-Fc fusion protein comprises (i) an integrin-binding polypeptide comprising an integrin-binding loop and a knottin polypeptide scaffold; and (ii) an immunoglobulin Fc domain, wherein the integrin-binding polypeptide is operably linked to the Fc domain.
A method for producing micromechanical HF switching elements, which employ a capacitive and/or electrostatic operating principle between a freestanding moving element and a metallic surface on a substrate, wherein a dielectric layer is deposited on the metallic surface, characterised in that a piezoelectric AlN layer with a columnar, polycrystalline structure and a texture is deposited on the metallic surface as the dielectric layer.