mhurhangee/ep-ind-claims huggingface dataset:
A control system comprising: controllable devices for use along piping assemblies, said controllable devices being operated between an open position and a closed position, wherein operating between said open and closed position provides flow changes so that signals are generated and controlled by the flow changes occurring within a wellbore fluid which is channeled either directly through said controllable devices or bypassing said controllable devices, or both; one or more transponders and one or more controllers, wherein said transponders are contained by said controllable devices, wherein said transponders transmit and receive information via one or more addressed datagrams, wherein a transmitting transponder converts said datagrams into said signals that are transmitted and wherein a receiving transponder receives said signals and converts said received signals into said datagrams. controllable devices for use along piping assemblies, said controllable devices being operated between an open position and a closed position, wherein operating between said open and closed position provides flow changes so that signals are generated and controlled by the flow changes occurring within a wellbore fluid which is channeled either directly through said controllable devices or bypassing said controllable devices, or both; one or more transponders and one or more controllers, wherein said transponders are contained by said controllable devices, wherein said transponders transmit and receive information via one or more addressed datagrams, wherein a transmitting transponder converts said datagrams into said signals that are transmitted and wherein a receiving transponder receives said signals and converts said received signals into said datagrams.
A case comprising: a casing region (130, 131, 131-1) made of metal and configured to cover at least a portion of an apparatus; a coil (110, 111, 112) electrically insulated from the casing region and having a ring shape or a polygonal shape having ends separated from each other, the coil being configured to be disposed outside the apparatus; and an insulating portion (120-1, 120-2, 121-1, 121-2, 122) disposed between the casing region (130, 131, 131-1) and the coil (110, 111, 112), characterized in that the coil (110, 111, 112) is constituted by a single conductive wire formed across almost the entire edge of the apparatus. a casing region (130, 131, 131-1) made of metal and configured to cover at least a portion of an apparatus; a coil (110, 111, 112) electrically insulated from the casing region and having a ring shape or a polygonal shape having ends separated from each other, the coil being configured to be disposed outside the apparatus; and an insulating portion (120-1, 120-2, 121-1, 121-2, 122) disposed between the casing region (130, 131, 131-1) and the coil (110, 111, 112), characterized in that the coil (110, 111, 112) is constituted by a single conductive wire formed across almost the entire edge of the apparatus.
Detector device for detecting a penetration depth of a particle beam applied into a target volume, having a first detection unit for said particle beam and a second detection unit (25, 152) where said second detection unit (25, 152) is set up and designed to record photons (101, 154) produced in the target volume, in particular gamma quanta, characterized in that said second detection unit (25, 152) is, when viewed in the beam direction of said particle beam, arranged behind said first detection unit, and said first detection unit is set up and designed such that by means of said first detection unit a direction of said particle beam is determinable in a first lateral dimension as well as in a second lateral dimension differing from the first one.
A photonic circuit comprising a structure of coupling to an outer device, the structure comprising a main waveguide having a rectangular transverse cross-section and four secondary waveguides (WS1 1, WS1 2, WS1 3, WS1 4), each secondary waveguide (WS1 1, WS1 2, WS1 3, WS1 4) having a first portion substantially parallel to the main guide arranged in the vicinity of the main guide to perform an evanescent wave coupling between the main guide and the secondary guide, the first portion extending in a second portion having an end opposite to the first portion defining a coupling surface of the secondary guide, emerging at the level of an external surface of the circuit, wherein the first portions of the four secondary guides (WS1 1, WS1 2, WS1 3, WS1 4) are, in transverse cross-section, arranged around the main guide on the diagonals of the main guide.
A particle heating landscape furnace, wherein the particle heating landscape furnace comprises a combustion device, the combustion device comprises a vertically arranged cover pipe, a grid and a combustion assembly, the combustion assembly has a feed chamber and a flame outlet and a discharge port conducive to an entry of air and opposite to the flame outlet to promote a combustion of a fuel placed in the feed chamber and the flame out from the flame outlet, the feed chamber is arranged obliquely, and both the flame outlet and the discharge port are in communication with the feed chamber, the cover pipe is arranged on a periphery of the flame outlet, and the grid is arranged on an outer side of the discharge port, wherein the combustion assembly comprises a feed pipe and a flame outlet pipe connected to each other, the feed chamber is formed in the feed pipe, an end of the flame outlet pipe away from the feed pipe forms the flame outlet, and the flame outlet pipe is covered by the cover pipe, wherein the combustion assembly further comprises a connecting pipe, and a side wall of the connecting pipe is provided with an avoidance opening, and an upper side edge of the avoidance opening contacts a side wall of the feed pipe, the flame outlet pipe is arranged in the connecting pipe, and a lower end of the cover pipe is sealingly connected with the connecting pipe, wherein an outer wall of the flame outlet pipe is provided with an are-shaped connecting ear, the connecting ear is helically arranged, and an outer edge of the connecting ear is in contact with the connecting pipe.
An article comprising: a dusty surface, wherein the dusty surface is a roofing granule surfaces and having particles with a cross sectional length less than 30 micrometers on the surface; and a coating on the dusty surface, the coating comprising an acrylic emulsion polymer having a Tg less than -30°C, wherein Tg is measured by Difference Scanning Calorimetry. a dusty surface, wherein the dusty surface is a roofing granule surfaces and having particles with a cross sectional length less than 30 micrometers on the surface; and a coating on the dusty surface, the coating comprising an acrylic emulsion polymer having a Tg less than -30°C, wherein Tg is measured by Difference Scanning Calorimetry.
A memory device comprising: a plurality of memory components configured to store data (23; 24; 26; 28); a processor communicatively coupled to the plurality of memory components, wherein the processor is configured to: receive a plurality of packets associated with a plurality of data operations, wherein each of the plurality of packets comprises a transaction window field indicating a type of memory component associated with a respective data operation of the respective packet; and perform the plurality of data operations in an order based on the type of memory component indicated in the transaction window field of each of the plurality of packets. a plurality of memory components configured to store data (23; 24; 26; 28); a processor communicatively coupled to the plurality of memory components, wherein the processor is configured to: receive a plurality of packets associated with a plurality of data operations, wherein each of the plurality of packets comprises a transaction window field indicating a type of memory component associated with a respective data operation of the respective packet; and perform the plurality of data operations in an order based on the type of memory component indicated in the transaction window field of each of the plurality of packets.
A method of providing access to content over a network using an intermediate system comprising: receiving, by a master browser module executing on an intermediate server, from a slave browser module executing on a client device, a request for external content, the master browser module configured to control actions and presentations at the slave browser module by controlling a model representing content and limiting events executed at the slave browser module; parsing, by the master browser module, received content to construct an intermediate model providing a representation of visual elements of the content; transmitting, by the master browser module, one or more messages of the intermediate model to the slave browser module, wherein the one or more messages cause the slave browser module to: create a modified mirrored copy of the intermediate model as a client model; render a presentation based on the client model; invoke a model interface call at the client device from the client model; and transmit, to the master browser module, a result of the model interface call responsive to the invocation of the model interface call; intercepting, by the master browser module, the model interface call; and checking, by the master browser module, the model interface call against a security policy to establish whether the model interface call is permitted. receiving, by a master browser module executing on an intermediate server, from a slave browser module executing on a client device, a request for external content, the master browser module configured to control actions and presentations at the slave browser module by controlling a model representing content and limiting events executed at the slave browser module; parsing, by the master browser module, received content to construct an intermediate model providing a representation of visual elements of the content; transmitting, by the master browser module, one or more messages of the intermediate model to the slave browser module, wherein the one or more messages cause the slave browser module to: create a modified mirrored copy of the intermediate model as a client model; render a presentation based on the client model; invoke a model interface call at the client device from the client model; and transmit, to the master browser module, a result of the model interface call responsive to the invocation of the model interface call; create a modified mirrored copy of the intermediate model as a client model; render a presentation based on the client model; invoke a model interface call at the client device from the client model; and transmit, to the master browser module, a result of the model interface call responsive to the invocation of the model interface call; intercepting, by the master browser module, the model interface call; and checking, by the master browser module, the model interface call against a security policy to establish whether the model interface call is permitted.
A method for detecting the presence or absence of Streptococcus equi in a biological sample, the method comprising the steps of: (a) adding a control bacterial strain to a biological sample obtained from an animal subject, wherein the genome of the control bacterial strain contains a target sequence region comprising a nucleotide sequence of: (b) assessing the sample for the presence or absence of one or more genes specific for Streptococcus equi, wherein positive identification of the one or more genes specific for Streptococcus equi is indicative of a positive identification for Streptococcus equi in the biological sample; and (c) assessing the sample for the presence of the target sequence region within the control bacterial strain, wherein positive identification of the target sequence region within the control bacteria is indicative of an accurate result for step (b). (a) adding a control bacterial strain to a biological sample obtained from an animal subject, wherein the genome of the control bacterial strain contains a target sequence region comprising a nucleotide sequence of: (b) assessing the sample for the presence or absence of one or more genes specific for Streptococcus equi, wherein positive identification of the one or more genes specific for Streptococcus equi is indicative of a positive identification for Streptococcus equi in the biological sample; and (c) assessing the sample for the presence of the target sequence region within the control bacterial strain, wherein positive identification of the target sequence region within the control bacteria is indicative of an accurate result for step (b).
A method of performing a Beckmann rearrangement reaction comprising the step of: reacting an oxime in a liquid phase at a temperature beneath 250°C in the presence of a catalyst to produce a lactam, said catalyst comprising a silicon-containing aluminophosphate with the IZA framework code FAU, wherein said reacting step is performed in the presence of a solvent that is an organic nitrile of the formula R 1 -CN, wherein R 1 is C 1 -C 8 -alkyl, C 1 -C 8 -alkenyl, C 1 -C 8 -alkynyl, C 3 -C 8 -cycloalkyl; or C 3 -C 8 -aralkyl.
An adjustable finger splint comprising: a main body including: a metacarpophalangeal platform having at least one front surface to allow a user to apply a first pressure to the adjustable finger splint; and a frame coupled to the MCP platform, the frame extending upward from the MCP platform and defining a cavity, the cavity to receive a finger; and a slide to releasably couple to the main body within the cavity to allow the slide to move relative to the main body, the slide having a wedge, the wedge having a predefined curvature and the slide having a back surface to allow the user to apply a second pressure to the adjustable finger splint, the second pressure in a direction substantially opposite the first pressure; said predefined curvature configured to cause the finger when located in said cavity to straighten as the slide is pushed towards the front end of the finger splint by said first and second pressures, the front end positioned away from the user during use. a metacarpophalangeal platform having at least one front surface to allow a user to apply a first pressure to the adjustable finger splint; and a frame coupled to the MCP platform, the frame extending upward from the MCP platform and defining a cavity, the cavity to receive a finger; and a slide to releasably couple to the main body within the cavity to allow the slide to move relative to the main body, the slide having a wedge, the wedge having a predefined curvature and the slide having a back surface to allow the user to apply a second pressure to the adjustable finger splint, the second pressure in a direction substantially opposite the first pressure;
A method for processing video residual data associated with a video block, comprising: storing, in memory, a set of scale factors to be applied based on a selected quantization step size parameter; transforming, via a transform unit, the video residual data using a single one-dimensional transform to generate a first set of transform coefficients associated with the video block; quantizing, via a quantization unit, the first set of transform coefficients to generate a first group of quantized coefficients, wherein the quantizing of the first set of transform coefficients applies: a first one of the scale factors in the set of scale factors based on the selected quantization step size parameter for the single one-dimensional transform with an order-2 N transform size on condition that N is an even numbered integer; and a second one of the scale factors in the set of scale factors based on the selected quantization step size parameter for the single one-dimensional transform with the order-2 N transform size on condition that N is an odd numbered integer, wherein the method for processing the video residual data includes bit-shifting any of the first set and first group of coefficients; entropy coding the first group of quantized coefficients after the bit-shifting; and transmitting the entropy coded first group of quantized coefficients. storing, in memory, a set of scale factors to be applied based on a selected quantization step size parameter; transforming, via a transform unit, the video residual data using a single one-dimensional transform to generate a first set of transform coefficients associated with the video block; quantizing, via a quantization unit, the first set of transform coefficients to generate a first group of quantized coefficients, wherein the quantizing of the first set of transform coefficients applies: a first one of the scale factors in the set of scale factors based on the selected quantization step size parameter for the single one-dimensional transform with an order-2 N transform size on condition that N is an even numbered integer; and a second one of the scale factors in the set of scale factors based on the selected quantization step size parameter for the single one-dimensional transform with the order-2 N transform size on condition that N is an odd numbered integer, wherein the method for processing the video residual data includes bit-shifting any of the first set and first group of coefficients; entropy coding the first group of quantized coefficients after the bit-shifting; and transmitting the entropy coded first group of quantized coefficients.
A code reader for reading optical codes, comprising an image sensor for acquiring image data with the code, and a control and evaluation unit configured to read the code with at least one decoding method, wherein the control and evaluation unit is connected to a distance sensor (24, 56) that determines a distance value for the distance of the code, characterized in that the control and evaluation unit is further configured to set at least one of the parameters of the decoding method in dependence on the distance value, said parameters being module size, contrast or blurring of the edges, and/or to perform or not to perform at least one additional algorithm of the decoding method applied to a segmented code area or to image data before segmentation in dependence on the distance value.
A medical device comprising: an insertion section; an operation portion provided on the base-end side of the insertion section; an observation section (4, 5) capable of moving a field of view within a predetermined range; a field-of-view switching mechanism provided inside the operation portion that moves the field of view by pivoting the observation section (4, 5) in accordance with movement operation by the operation portion; an illumination section (6, 15b) that illuminates illumination light guided from outside of the operation portion, toward the field of view within the predetermined range through an illumination port; and an illumination-light switching mechanism (11, 12, 13, 21) provided inside the operation portion and comprising a light inlet surface that guides the illumination light to the illumination port, and a light outlet surface that has a smaller area than the light inlet surface, is integral with the operation portion and is positioned to be movable opposed to the light inlet surface in accordance with the movement operation by the operating portion, and guides the illumination light to a part of the illumination port in synchronism with the field-of-view switching mechanism (7, 8, 10) pivoting the observation section (4, 5) in accordance with the movement operation by the operation portion, for emitting the illumination light toward a current field of view within the predetermined range. an insertion section; an operation portion provided on the base-end side of the insertion section; an observation section (4, 5) capable of moving a field of view within a predetermined range; a field-of-view switching mechanism provided inside the operation portion that moves the field of view by pivoting the observation section (4, 5) in accordance with movement operation by the operation portion; an illumination section (6, 15b) that illuminates illumination light guided from outside of the operation portion, toward the field of view within the predetermined range through an illumination port; and an illumination-light switching mechanism (11, 12, 13, 21) provided inside the operation portion and comprising a light inlet surface that guides the illumination light to the illumination port, and a light outlet surface that has a smaller area than the light inlet surface, is integral with the operation portion and is positioned to be movable opposed to the light inlet surface in accordance with the movement operation by the operating portion, and guides the illumination light to a part of the illumination port in synchronism with the field-of-view switching mechanism (7, 8, 10) pivoting the observation section (4, 5) in accordance with the movement operation by the operation portion, for emitting the illumination light toward a current field of view within the predetermined range.
Pull-out device for a drawer extractable on opposite sides for a furniture element, comprising an outer linear guide unit (1, 2) and an inner linear guide unit (3, 4), characterised in that the inner linear guide unit (3, 4) is arranged next to and inside the outer linear guide unit (1, 2), wherein the outer linear guide unit (1, 2) comprises at least one outer stationary guide rail (11, 21) and the inner linear guide unit (3, 4) comprises at least one inner stationary guide rail (31, 41), wherein the inner linear guide unit (3, 4) comprises an inner guide rail (32, 42) movable relative to the inner stationary guide rail (31, 41) with the drawer for displacing the drawer in a first pull-out direction, wherein the outer linear guide unit (1, 2) comprises an outer guide rail (12, 22) movable relative to the outer stationary guide rail (11, 21) with the drawer for displacing the drawer in a second pull-out direction, wherein the outer linear guide unit (1, 2) and the inner linear guide unit (3, 4) each comprise a fastening device (7, 8) for connecting the drawer either to the movable outer guide rail (12, 22) of the outer linear guide unit (1, 2) or to the movable inner guide rail (32, 42) of the inner linear guide unit (3, 4) for locking the drawer relative to the corresponding movable outer guide rail (12, 22) or the movable inner guide rail (32, 42).
An information processing apparatus (100, 10) comprising: a communication unit configured to communicate with an electronic apparatus (400a, 400b, 40a, 40b) according to a plurality of protocols; an identification unit configured to identify a particular protocol supported by the electronic apparatus among the plurality of protocols; a determination unit configured to determine a management type based on the particular protocol identified by the identification unit; and a setting unit configured to set a communication path through which the electronic apparatus communicates with a management apparatus (200, 300, 20, 30) based on the management type determined by the determination unit. a communication unit configured to communicate with an electronic apparatus (400a, 400b, 40a, 40b) according to a plurality of protocols; an identification unit configured to identify a particular protocol supported by the electronic apparatus among the plurality of protocols; a determination unit configured to determine a management type based on the particular protocol identified by the identification unit; and a setting unit configured to set a communication path through which the electronic apparatus communicates with a management apparatus (200, 300, 20, 30) based on the management type determined by the determination unit.