mhurhangee/patent-ind-claim-en huggingface dataset:
A porous interconnected corrugated carbon-based network, ICCN , composite comprising: a plurality of carbon sheets that are interconnected in a layered structure, wherein layered carbon sheets in the plurality of carbon sheets are directly coupled and expanded apart from one another to form a plurality of pores ; and metallic nanoparticles are disposed within the plurality of pores, wherein a percentage of surface area coverage of the metallic nanoparticles within the plurality of carbon sheets is at least 15%.
A display device , comprising a first substrate , a photosensitive layer , a liquid crystal layer , a second substrate , and a collimation layer that are stacked successively; wherein the photosensitive layer comprises a plurality of photosensitive units ; characterized in that , the second substrate comprises a plurality of display units and a light shielding component having a plurality of first holes , any adjacent two of the plurality of display units are spaced by the light shielding component , and each of the first holes is located between any adjacent two different ones of the plurality of display units ; and the collimation layer comprises a plurality of collimators , each of the plurality of collimators defines a second hole , the second hole is communicated with a corresponding one of the first holes and faces a corresponding one of the photosensitive units , and a light signal passes through the second hole and the corresponding one of the first holes and reaches the corresponding one photosensitive unit ; wherein a plurality of display-driving units (1a1) are arranged on the first substrate and in a first array comprising a plurality of rows and a plurality of columns; the plurality of photosensitive units are arranged in a second array comprising a plurality of rows and a plurality of columns; each row of the first array is located between any adjacent two rows of the second array, and each column of the first array is located between any adjacent two columns of the second array; and the display-driving units (1a1) have an effective operation time alternated with that of the photosensitive units in a same row or column. wherein the photosensitive layer comprises a plurality of photosensitive units ; characterized in that , the second substrate comprises a plurality of display units and a light shielding component having a plurality of first holes , any adjacent two of the plurality of display units are spaced by the light shielding component , and each of the first holes is located between any adjacent two different ones of the plurality of display units ; and the collimation layer comprises a plurality of collimators , each of the plurality of collimators defines a second hole , the second hole is communicated with a corresponding one of the first holes and faces a corresponding one of the photosensitive units , and a light signal passes through the second hole and the corresponding one of the first holes and reaches the corresponding one photosensitive unit ; wherein a plurality of display-driving units (1a1) are arranged on the first substrate and in a first array comprising a plurality of rows and a plurality of columns; the plurality of photosensitive units are arranged in a second array comprising a plurality of rows and a plurality of columns; each row of the first array is located between any adjacent two rows of the second array, and each column of the first array is located between any adjacent two columns of the second array; and the display-driving units (1a1) have an effective operation time alternated with that of the photosensitive units in a same row or column.
A flow specification FlowSpec message processing method, comprising: receiving, by a controller, forwarding device interface information reported by a forwarding device; selecting, by the controller from the received forwarding device interface information, at least one forwarding device interface to which a FlowSpec rule needs to be applied; generating, by the controller, an application interface rule based on the at least one forwarding device interface to which the FlowSpec rule needs to be applied, wherein the application interface rule is used to instruct the forwarding device to determine a forwarding device interface to which the FlowSpec rule can be applied; and sending, by the controller, a FlowSpec message to the forwarding device, wherein the FlowSpec message comprises the application interface rule and the FlowSpec rule. receiving, by a controller, forwarding device interface information reported by a forwarding device; selecting, by the controller from the received forwarding device interface information, at least one forwarding device interface to which a FlowSpec rule needs to be applied; generating, by the controller, an application interface rule based on the at least one forwarding device interface to which the FlowSpec rule needs to be applied, wherein the application interface rule is used to instruct the forwarding device to determine a forwarding device interface to which the FlowSpec rule can be applied; and sending, by the controller, a FlowSpec message to the forwarding device, wherein the FlowSpec message comprises the application interface rule and the FlowSpec rule.
Laser diode light source for a light projector comprising a laser diode module suitable for forming a light bundle of color and dimensions that are determined from parallel light beams from each of the laser diodes in the module, and further comprising, in a light-tight box , an optical system constituted by an off-axis parabolic mirror for receiving said light bundle and for focusing it, after reflecting it in a perpendicular direction, onto the inlet of a unique outlet optical fiber of said box.
Composition comprising a heterophasic propylene copolymer and an ethylene polymer wherein the ethylene polymer has a density as measured according to ISO 1183-1 , method A of ≥ 940 kg/m 3 , the ethylene polymer has a multimodal molecular weight distribution and the ethylene polymer has a strain hardening modulus of ≥ 5.0 MPa, the strain hardening modulus being measured according to ISO DIS 18488 using test specimens of 0.30 mm thickness.
A speech recognition method, which is performed by a speech recognition device, comprising: obtaining a speech signal; recognizing the speech signal according to a speech recognition algorithm, to obtain n candidate recognition results, the candidate recognition results comprising text information corresponding to the speech signal, and n being an integer greater than 1; determining a target result from among the n candidate recognition results according to a selection rule selected from among m selection rules, the selection rule having an execution sequence of j, the target result being a candidate recognition result that has a highest matching degree with the speech signal from among the n candidate recognition results, m being an integer greater than 1, and an initial value of j being 1; and determining the target result from among the n candidate recognition results according to a selection rule having an execution sequence of j+1 based on the target result not being identified according to the selection rule having the execution sequence of j. obtaining a speech signal; recognizing the speech signal according to a speech recognition algorithm, to obtain n candidate recognition results, the candidate recognition results comprising text information corresponding to the speech signal, and n being an integer greater than 1; determining a target result from among the n candidate recognition results according to a selection rule selected from among m selection rules, the selection rule having an execution sequence of j, the target result being a candidate recognition result that has a highest matching degree with the speech signal from among the n candidate recognition results, m being an integer greater than 1, and an initial value of j being 1; and determining the target result from among the n candidate recognition results according to a selection rule having an execution sequence of j+1 based on the target result not being identified according to the selection rule having the execution sequence of j.
A thermal increase system including a containment structure for containing a load , the thermal increase system comprising: a plurality of shelf support structures disposed within a cavity of the thermal increase system, wherein the plurality of shelf support structures is configured to support a repositionable electrode at a plurality of positions within the cavity; a first electrode disposed at a first surface of the containment structure; the repositionable electrode disposed within the containment structure so as to divide the cavity into separate volumes; and a radio frequency signal source electrically connected to either only the first electrode or to both of the first electrode and the repositionable electrode, the radio frequency signal source being configured to provide radio frequency energy to either only the first electrode or to both of the first electrode and the repositionable electrode; wherein the repositionable electrode is at least partially metal; characterised in that the repositionable electrode comprises an upper surface having a first surface area that is at least as large as a second surface area of the first electrode , and wherein the upper surface of the repositionable electrode opposes the lower surface of the first electrode. a plurality of shelf support structures disposed within a cavity of the thermal increase system, wherein the plurality of shelf support structures is configured to support a repositionable electrode at a plurality of positions within the cavity; a first electrode disposed at a first surface of the containment structure; the repositionable electrode disposed within the containment structure so as to divide the cavity into separate volumes; and a radio frequency signal source electrically connected to either only the first electrode or to both of the first electrode and the repositionable electrode, the radio frequency signal source being configured to provide radio frequency energy to either only the first electrode or to both of the first electrode and the repositionable electrode; wherein the repositionable electrode is at least partially metal; characterised in that the repositionable electrode comprises an upper surface having a first surface area that is at least as large as a second surface area of the first electrode , and wherein the upper surface of the repositionable electrode opposes the lower surface of the first electrode.
An inspection device for verifying a semi-finished product for producing a chip card with a recess delimited by an edge for receiving an electronic circuit , the inspection device comprising: an illumination source configured to illuminate the semi-finished product with light of a predetermined wavelength; an image camera configured to capture an image acquisition of the illuminated semi-finished product with the recess delimited by the edge ; and a processor configured to detect a course of the edge in the image acquisition as a circumferential region using a Laplace filter and verify the semi-finished product on the basis of the detected course of the edge , wherein the edge is a laser cutting edge, wherein the processor is configured to detect the course of the edge in the image acquisition by means of the Laplace filter as a circumferential region with a light intensity which is greater than a light intensity of a region situated outside the circumferential region in the captured image acquisition, wherein the inspection device is configured such that the semi-finished product is arrangeable between the illumination source and the image camera . an illumination source configured to illuminate the semi-finished product with light of a predetermined wavelength; an image camera configured to capture an image acquisition of the illuminated semi-finished product with the recess delimited by the edge ; and a processor configured to detect a course of the edge in the image acquisition as a circumferential region using a Laplace filter and verify the semi-finished product on the basis of the detected course of the edge , wherein the edge is a laser cutting edge, wherein the processor is configured to detect the course of the edge in the image acquisition by means of the Laplace filter as a circumferential region with a light intensity which is greater than a light intensity of a region situated outside the circumferential region in the captured image acquisition, wherein the inspection device is configured such that the semi-finished product is arrangeable between the illumination source and the image camera .
A fluid assisted particle injector for a metallurgical furnace, comprising: a cover tube ; an injector tube defining an internal bore and having an entrance end , an exit end , a removable tip having an outer surface, a longitudinal center axis, and an outside surface, wherein the cover tube is disposed over the injector tube, and wherein the injector tube is substantially housed within the cover tube ; the entrance end of the injector tube comprising both (i) a fluid and particle injector port in line with the longitudinal center axis of the injector tube for directing fluid and particles within the internal bore of the injector tube , and (ii) a secondary fluid port for directing a secondary fluid over the outside surface of the injector tube and within the cover tube; the internal bore of the injector tube being tapered and having a particle entrance end comprising a diameter at the entrance end of the injector tube and a particle exit end comprising a diameter at the exit end of the injector tube , wherein the diameter of the particle entrance end is larger than the diameter of the particle exit end ; and the removable tip of the injector tube defining a plurality of longitudinal grooves or channels on the outer surface of the removable tip , wherein the grooves or channels effectively act as nozzles for directing the secondary fluid outside the removable tip for assisting with the injection of particles directly into the furnace. a cover tube ; an injector tube defining an internal bore and having an entrance end , an exit end , a removable tip having an outer surface, a longitudinal center axis, and an outside surface, wherein the cover tube is disposed over the injector tube, and wherein the injector tube is substantially housed within the cover tube ; the entrance end of the injector tube comprising both (i) a fluid and particle injector port in line with the longitudinal center axis of the injector tube for directing fluid and particles within the internal bore of the injector tube , and (ii) a secondary fluid port for directing a secondary fluid over the outside surface of the injector tube and within the cover tube; the internal bore of the injector tube being tapered and having a particle entrance end comprising a diameter at the entrance end of the injector tube and a particle exit end comprising a diameter at the exit end of the injector tube , wherein the diameter of the particle entrance end is larger than the diameter of the particle exit end ; and the removable tip of the injector tube defining a plurality of longitudinal grooves or channels on the outer surface of the removable tip , wherein the grooves or channels effectively act as nozzles for directing the secondary fluid outside the removable tip for assisting with the injection of particles directly into the furnace.
A method performed by a wireless device for handling group signalling of secondary cell, SCell, configuration information, the method comprising: receiving configuration information for at least a first SCell, wherein the configuration information comprises values for one or more fields in a set of fields, wherein the received configuration information is group configuration information and wherein the group configuration information comprises values for the one or more fields that are applicable to a group of SCells including the first SCell, wherein the group configuration information further comprises a list of SCells in the group of SCells that the group configuration information applies to; determining whether to configure the first SCell according to the received configuration information; and configuring the first SCell based on the result of the determining . receiving configuration information for at least a first SCell, wherein the configuration information comprises values for one or more fields in a set of fields, wherein the received configuration information is group configuration information and wherein the group configuration information comprises values for the one or more fields that are applicable to a group of SCells including the first SCell, wherein the group configuration information further comprises a list of SCells in the group of SCells that the group configuration information applies to; determining whether to configure the first SCell according to the received configuration information; and
A pivoting carriage for a cart that is configured for coupling to a surgical device, the pivoting carriage comprising: a mount having a housing that defines an internal cavity and a pivot aperture, the mount configured to couple to a chassis of the cart; a pivoting member disposed within the internal cavity of the housing , the pivoting member including: a body having a first lateral end and a second lateral end; a first bracket positioned at the first lateral end of the body; a second bracket positioned at the second lateral end of the body; and a rod extending from the body, the rod positioned to engage the pivot aperture of the housing to thereby pivotally couple the pivoting member to the mount such that the pivoting member is pivotally coupled to the chassis of the cart; and a first wheel coupled to the first bracket and a second wheel coupled to the second bracket. a mount having a housing that defines an internal cavity and a pivot aperture, the mount configured to couple to a chassis of the cart; a pivoting member disposed within the internal cavity of the housing , the pivoting member including: a body having a first lateral end and a second lateral end; a first bracket positioned at the first lateral end of the body; a second bracket positioned at the second lateral end of the body; and a rod extending from the body, the rod positioned to engage the pivot aperture of the housing to thereby pivotally couple the pivoting member to the mount such that the pivoting member is pivotally coupled to the chassis of the cart; and a body having a first lateral end and a second lateral end; a first bracket positioned at the first lateral end of the body; a second bracket positioned at the second lateral end of the body; and a rod extending from the body, the rod positioned to engage the pivot aperture of the housing to thereby pivotally couple the pivoting member to the mount such that the pivoting member is pivotally coupled to the chassis of the cart; and a first wheel coupled to the first bracket and a second wheel coupled to the second bracket.
Quick-loading system for a submarine comprising at least one first container and at least one first rail element , wherein the quick-loading system has at least one first sliding element and at least one first connection element , wherein the at least one first sliding element is designed to slide in the at least one first rail element , wherein the at least one first connection element can be connected to the at least one first sliding element and to the at least one first container , wherein the at least one first container can be arranged suspended below the at least one rail element by means of the at least one first connection element and the at least one first sliding element , characterized in that the at least one first sliding element is composed of at least one first base element and one second base element, wherein the at least one first base element and the second base element each have a main body and at least one first sliding body, wherein the at least one first sliding body is arranged on the main body , wherein the main body of the at least one first base element is connected to the main body of the at least one second base element by means of a connection shaft , wherein the connection shaft allows horizontal tilting and vertical tilting of the main body of the at least one first base element in respect of the main body of the at least one second base element.
A support plate for positioning containers , in particular on rotatable container tables , comprising a base body ; a support plate for a container , springmounted thereon to be moveable downwards; and a guiding ring enclosing the support plate and having an inner guide portion for guiding the container in a circumferential direction and an outer fixing section for rigidly fixing to the base body , characterized in that the inner guide portion can be elastically deformed relative to the outer fastening portion towards the base body .
An aerosol generating article comprising: an aerosol generating substrate comprising nicotine and at least about 10% aerosol former comprising glycerine; and a first paper layer disposed about the aerosol generating substrate, the first paper layer having a first thickness/grammage value; and a second paper layer disposed about the first paper layer, the second paper layer having a second thickness/grammage value, the first thickness/grammage value being less that than the second thickness/grammage value. an aerosol generating substrate comprising nicotine and at least about 10% aerosol former comprising glycerine; and a first paper layer disposed about the aerosol generating substrate, the first paper layer having a first thickness/grammage value; and a second paper layer disposed about the first paper layer, the second paper layer having a second thickness/grammage value, the first thickness/grammage value being less that than the second thickness/grammage value.
A fuse holder comprising: a housing for a fuse , the fuse to be connected to and protecting a circuit; a clip comprising: a base to seat a spare fuse ; a pair of shafts (406 a-b) disposed upon and orthogonal to the base; characterised by an overhead disposed upon and supported by the pair of shafts; and an underhang disposed beneath the overhead, the underhang to deform in response to a movement of the spare fuse along the base toward the pair of shafts; and a cover placed over the housing to form an enclosed space around the fuse and the clip. a housing for a fuse , the fuse to be connected to and protecting a circuit; a clip comprising: a base to seat a spare fuse ; a pair of shafts (406 a-b) disposed upon and orthogonal to the base; characterised by an overhead disposed upon and supported by the pair of shafts; and an underhang disposed beneath the overhead, the underhang to deform in response to a movement of the spare fuse along the base toward the pair of shafts; and a cover placed over the housing to form an enclosed space around the fuse and the clip. a base to seat a spare fuse ; a pair of shafts (406 a-b) disposed upon and orthogonal to the base; characterised by an overhead disposed upon and supported by the pair of shafts; and an underhang disposed beneath the overhead, the underhang to deform in response to a movement of the spare fuse along the base toward the pair of shafts; and a cover placed over the housing to form an enclosed space around the fuse and the clip.