mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible valve for a connector, comprising: a head having a top section , a column section having an outer circumferential surface and defining an axial center of the head , and at least one discontinuity disposed on the column section such that the at least one discontinuity does not include at least a portion of the outer circumferential surface with respect to a cross-sectional plane perpendicular to the axial center , wherein the top section includes a singular top planar surface having a positive non-perpendicular angle (α) between approximately 1° to approximately 30° with respect to a cross-section perpendicular to the axial center in a resting or unutilized state separate from the connector; a primary seal portion coupled to the head ; and a lower portion coupled to the primary seal portion . a head having a top section , a column section having an outer circumferential surface and defining an axial center of the head , and at least one discontinuity disposed on the column section such that the at least one discontinuity does not include at least a portion of the outer circumferential surface with respect to a cross-sectional plane perpendicular to the axial center , wherein the top section includes a singular top planar surface having a positive non-perpendicular angle (α) between approximately 1° to approximately 30° with respect to a cross-section perpendicular to the axial center in a resting or unutilized state separate from the connector; a primary seal portion coupled to the head ; and a lower portion coupled to the primary seal portion .
An autonomous robot cleaner comprising: a body , a dust box mounted to the body , to store dust therein, and a dust sensing unit to detect dust stored in the dust box comprising: a light emitting sensor to transmit light, and a light receiving sensor to sense the light transmitted by the light emitting unit, characterized in that the dust box comprises a transmitted-signal passing portion (43a") arranged at a position corresponding to the light emitting sensor, configured to allow light to enter the dust box, and a received-signal passing portion (43b") arranged at a position corresponding to the light receiving sensor, and configured to allow light to emerge from the dust box, the light transmitted from the light emitting sensor reaches the light receiving sensor after passing through an interior of the dust box , and the light emitting sensor and the light receiving sensor are mounted on the body and are provided outside and facing the dust box . a body , a dust box mounted to the body , to store dust therein, and a dust sensing unit to detect dust stored in the dust box comprising: a light emitting sensor to transmit light, and a light receiving sensor to sense the light transmitted by the light emitting unit, a light emitting sensor to transmit light, and a light receiving sensor to sense the light transmitted by the light emitting unit, characterized in that the dust box comprises a transmitted-signal passing portion (43a") arranged at a position corresponding to the light emitting sensor, configured to allow light to enter the dust box, and a received-signal passing portion (43b") arranged at a position corresponding to the light receiving sensor, and configured to allow light to emerge from the dust box, the light transmitted from the light emitting sensor reaches the light receiving sensor after passing through an interior of the dust box , and the light emitting sensor and the light receiving sensor are mounted on the body and are provided outside and facing the dust box . the dust box comprises a transmitted-signal passing portion (43a") arranged at a position corresponding to the light emitting sensor, configured to allow light to enter the dust box, and a received-signal passing portion (43b") arranged at a position corresponding to the light receiving sensor, and configured to allow light to emerge from the dust box, the light transmitted from the light emitting sensor reaches the light receiving sensor after passing through an interior of the dust box , and the light emitting sensor and the light receiving sensor are mounted on the body and are provided outside and facing the dust box .
An apparatus comprising: a first circuitry block comprising a streaming interface, wherein the streaming interface is configured to map a load/store protocol between the first circuitry block and a second circuitry block, wherein the streaming interface comprises: a header channel configured to send headers of packets of the load/store protocol, wherein the header channel comprises first lanes configured to carry the headers , second lanes configured to carry a first valid signal associated with the header channel, and third lanes configured to carry credit return information for the header channel; and a data channel configured to send request data of the packets, wherein the data channel comprises fourth lanes configured to carry the request data, fifth lanes configured to carry a second valid signal associated with the data channel, and sixth lanes configured to carry credit return information for the data channel, wherein the headers of the packets are sent in the first lanes in a single clock cycle. a header channel configured to send headers of packets of the load/store protocol, wherein the header channel comprises first lanes configured to carry the headers , second lanes configured to carry a first valid signal associated with the header channel, and third lanes configured to carry credit return information for the header channel; and a data channel configured to send request data of the packets, wherein the data channel comprises fourth lanes configured to carry the request data, fifth lanes configured to carry a second valid signal associated with the data channel, and sixth lanes configured to carry credit return information for the data channel, wherein the headers of the packets are sent in the first lanes in a single clock cycle.
Method for treatment of metal melts and/or slags in metallurgical baths, comprising introduction of a process gas into a melt bath, wherein the process gas is accelerated to ultrasonic speed and is inducted by means of at least one supersonic nozzle at supersonic speed into the liquid phase of the metal melt and/or into the slag and/or into the region of a phase boundary between metal melt and slag , wherein the process gas is inducted at several points of the melt bath by a plurality of supersonic nozzles and wherein at least one supersonic nozzle is operated outside the gas-dynamic design point.
A single-sided cutting insert , comprising: a rake end surface having four corners (37a-d) and, in a center thereof, a central surface portion ; a supporting end surface having four corners (43a-d) and, in a center thereof, a central supporting surface portion ; a peripheral side surface extending between the rake end surface and the supporting end surface , the peripheral side surface comprising two opposing major side surfaces (49a-b); and a hole extending through the cutting insert from one of the major side surfaces (49a or 49b) to the other of the major side surfaces (49b or 49a), wherein the central surface portion is disposed at a greater distance from a central axis (A) of the hole than is the central supporting surface portion , characterized in that the single-sided cutting insert has a corner (37a-37d) radius or cutting edge (63a-63b) radius (R) that extends over at least a quarter of a width (W) of the cutting insert. a rake end surface having four corners (37a-d) and, in a center thereof, a central surface portion ; a supporting end surface having four corners (43a-d) and, in a center thereof, a central supporting surface portion ; a peripheral side surface extending between the rake end surface and the supporting end surface , the peripheral side surface comprising two opposing major side surfaces (49a-b); and a hole extending through the cutting insert from one of the major side surfaces (49a or 49b) to the other of the major side surfaces (49b or 49a), wherein the central surface portion is disposed at a greater distance from a central axis (A) of the hole than is the central supporting surface portion , characterized in that the single-sided cutting insert has a corner (37a-37d) radius or cutting edge (63a-63b) radius (R) that extends over at least a quarter of a width (W) of the cutting insert.
A method of controlling haze in a thermoformed article, the method comprising providing a sheet of film comprising at least one layer including a semi-crystalline polymer; providing a first positive model; drawing the sheet over the model at a molding temperature, the molding temperature at least about 5 ° C lower than an upper bound of a first melting temperature range (T m1 ) of the polymer; and cooling the sheet and model to atmospheric temperature to form an article, wherein the formed article has an Expected haze, as measured according to ISO 14782-1: 1999, of less than 10%. providing a sheet of film comprising at least one layer including a semi-crystalline polymer; providing a first positive model; drawing the sheet over the model at a molding temperature, the molding temperature at least about 5 ° C lower than an upper bound of a first melting temperature range (T m1 ) of the polymer; and cooling the sheet and model to atmospheric temperature to form an article, wherein the formed article has an Expected haze, as measured according to ISO 14782-1: 1999, of less than 10%.
An electric radiator-type heating apparatus having a housing enclosing, on the one hand, an electric energy storage device operating under a direct current intended to be charged by an electric power source external to the apparatus , on the other hand, at least one heating member which may be supplied with electricity by the electric power source and/or by the electric energy storage device , the housing comprising at least one air inlet arranged in a lower part of the housing to allow air to enter the volume delimited internally by the housing and at least one air outlet arranged in an upper part of the housing to allow air to exit from said volume, characterized in that the electric energy storage device is implanted across the air flow which flows, in said volume, from said at least one air inlet to said at least one air outlet , at a location situated, seen in the direction of said flow , between, on the one hand, said at least one air inlet and, on the other hand, said at least one heating member .
Layered setup comprising a substrate layer and a photopolymer layer bonded thereto at least segmentally, characterized in that the substrate layer has an average retardation of ≤ 60 nm, wherein the photopolymer layer comprises matrix polymers, writing monomers and a photoinitiator system.
A computer-implemented method, comprising: receiving , to a storage system, an asset including a high-resolution-video file and one or more related files; extracting metadata from the asset; associating the metadata with the high-resolution-video file and with the one or more related files as stored in the storage system; determining a workflow to be applied for the asset, the workflow being associated with the high-resolution-video file, the one or more related files, and any subsequently generated files associated with the asset in the storage system; detecting an event corresponding to the workflow; and causing a workflow task associated with the event to be performed with respect to a respective file of the high-resolution-video file, the one or more related files, and the subsequently generated files; characterized by : determining a filename for the media asset; segmenting the high-resolution-video file into a sequence of segments; determining a variation of the filename for each segment of the sequence; generating a unique hash code for each segment of the sequence using a hashing algorithm that considers an entirety of each variation; and storing the segments in high accessibility storage by the storage system at locations across different partitions based on the respective hash codes. receiving , to a storage system, an asset including a high-resolution-video file and one or more related files; extracting metadata from the asset; associating the metadata with the high-resolution-video file and with the one or more related files as stored in the storage system; determining a workflow to be applied for the asset, the workflow being associated with the high-resolution-video file, the one or more related files, and any subsequently generated files associated with the asset in the storage system; detecting an event corresponding to the workflow; and causing a workflow task associated with the event to be performed with respect to a respective file of the high-resolution-video file, the one or more related files, and the subsequently generated files; characterized by : determining a filename for the media asset; segmenting the high-resolution-video file into a sequence of segments; determining a variation of the filename for each segment of the sequence; generating a unique hash code for each segment of the sequence using a hashing algorithm that considers an entirety of each variation; and storing the segments in high accessibility storage by the storage system at locations across different partitions based on the respective hash codes. determining a filename for the media asset; segmenting the high-resolution-video file into a sequence of segments; determining a variation of the filename for each segment of the sequence; generating a unique hash code for each segment of the sequence using a hashing algorithm that considers an entirety of each variation; and storing the segments in high accessibility storage by the storage system at locations across different partitions based on the respective hash codes.
A document verification device for verifying a document , comprising: a detection device for detecting document data of the document ; a communication interface , which is configured to retrieve a verification definition from a remote communication server via a communication network, and wherein the verification definition defines at least one verification feature of the document ; and a processor , which is configured to verify the verification feature based on the detected document data according to the verification definition in order to verify the document . a detection device for detecting document data of the document ; a communication interface , which is configured to retrieve a verification definition from a remote communication server via a communication network, and wherein the verification definition defines at least one verification feature of the document ; and a processor , which is configured to verify the verification feature based on the detected document data according to the verification definition in order to verify the document .
A self-loading-pistol which comprises a frame , on which is slidably mounted a slide for reciprocating movement, in whose front portion is formed a support plate and through the front portion of the slide passes a barrel , which is fixedly and non-movably mounted on the frame , whereby the slide is coupled to a recoil spring of the slide and a mechanism of locking the slide during the firing process is arranged in the front portion of the frame under the barrel , characterized in that the mechanism of locking the slide during shooting comprises a two-armed lever swingingly arranged on the axis , in whose front arm is formed a seat , in which is mounted a locking member and on the rear arm is formed a seat , in which is mounted a damping member , whereby the locking member and the damping member are pushed upwards to their seats (18 and 19) by a locking spring , whereby the upper portion of the locking member and the upper portion of the damping member in their initial position extend to the path of the movement of the support plate of the slide , whereby on the rear arm of the two-armed lever is formed a support surface extending to an aperture in the frame , in which during racking the slide manually, the support surface is raised towards the the upper wall of the aperture and in which during shooting it abuts on a lower head of a pivotably mounted locking lever , which has entered the aperture due to the action of an upper stop arranged on the trigger as a result of pulling the trigger , by which means the support surface is secured in the lower portion of the aperture so that the two-armed lever is secured against turning and the locking member is maintained in the path of the support plate of the slide during the movement of the bullet through the barrel channel until the slide receives sufficient energy of powder gases to overcome the resistance and pushing downwards the locking member , whereupon the support plate of the slide during the movement to the rear position strikes the damping member , which is pushed downwards by the further movement of the support plate of the slide , by which means a part of the kinetic energy of the slide is transmitted to the frame of the pistol in the downward direction.
A sole structure for an article of footwear, the sole structure comprising: a sole including a forefoot portion and a heel portion , the heel portion including a flat base portion and a heel wrap curved up and away from the base portion ; a first rear traction element disposed on the heel wrap and including a first rounded portion having a concave curvature (K4) oriented towards the forefoot portion and a second rounded portion intersecting the first rounded portion and having a convex curvature (K7) oriented away from the forefoot portion that provide the first traction element with a shark fin-like shape; and a second rear traction element disposed on the heel wrap and adjacent to and forward of the first rear traction element , the second rear traction element including a first rounded portion having a concave curvature (K1) oriented toward the forefoot portion and a second rounded portion intersecting the first rounded portion and having a convex curvature (K8) oriented away from the forefoot portion that provide the second rear traction element with a shark fin-like shape. a sole including a forefoot portion and a heel portion , the heel portion including a flat base portion and a heel wrap curved up and away from the base portion ; a first rear traction element disposed on the heel wrap and including a first rounded portion having a concave curvature (K4) oriented towards the forefoot portion and a second rounded portion intersecting the first rounded portion and having a convex curvature (K7) oriented away from the forefoot portion that provide the first traction element with a shark fin-like shape; and a second rear traction element disposed on the heel wrap and adjacent to and forward of the first rear traction element , the second rear traction element including a first rounded portion having a concave curvature (K1) oriented toward the forefoot portion and a second rounded portion intersecting the first rounded portion and having a convex curvature (K8) oriented away from the forefoot portion that provide the second rear traction element with a shark fin-like shape.
Bispecific antibody that binds FIXa and FX and catalyses FIXa-mediated activation of FX, wherein the antibody comprises two immunoglobulin heavy-light chain pairs, wherein a first heavy-light chain pair comprises a FIXa binding Fv region comprising a first VH domain paired with a first VL domain, and a second heavy-light chain pair comprises a FX binding Fv region comprising a second VH domain paired with a second VL domain, wherein the first VH domain comprises a set of HCDRs comprising HCDR1, HCDR2 and HCDR3 with amino acid sequences defined wherein HCDR1 is SEQ ID NO: 441, HCDR2 is SEQ ID NO: 436 and HCDR3 is SEQ ID NO: 433, and wherein the first VH domain is at least 95 % identical to the N1280H VH domain SEQ ID NO: 443 at the amino acid sequence level; the second VH domain comprises a set of HCDRs comprising HCDR1, HCDR2 and HCDR3 with amino acid sequences defined wherein HCDR1 is SEQ ID NO: 598, HCDR2 is SEQ ID NO: 467 and HCDR3 is SEQ ID NO: 565, and wherein the second VH domain is at least 95 % identical to the T0999H VH domain SEQ ID NO: 632 at the amino acid sequence level, and the first VL domain and the second VL domain each comprise a set of LCDRs comprising LCDR1, LCDR2 and LCDR3 with amino acid sequences defined wherein LCDR1 is SEQ ID NO: 6, LCDR2 is SEQ ID NO: 7 and LCDR3 is SEQ ID NO: 8, and wherein the first VL domain and the second VL domain are at least 95 % identical to the 0128L VL domain SEQ ID NO: 10 at the amino acid sequence level. a first heavy-light chain pair comprises a FIXa binding Fv region comprising a first VH domain paired with a first VL domain, and a second heavy-light chain pair comprises a FX binding Fv region comprising a second VH domain paired with a second VL domain, wherein the first VH domain comprises a set of HCDRs comprising HCDR1, HCDR2 and HCDR3 with amino acid sequences defined wherein HCDR1 is SEQ ID NO: 441, HCDR2 is SEQ ID NO: 436 and HCDR3 is SEQ ID NO: 433, and wherein the first VH domain is at least 95 % identical to the N1280H VH domain SEQ ID NO: 443 at the amino acid sequence level; the second VH domain comprises a set of HCDRs comprising HCDR1, HCDR2 and HCDR3 with amino acid sequences defined wherein HCDR1 is SEQ ID NO: 598, HCDR2 is SEQ ID NO: 467 and HCDR3 is SEQ ID NO: 565, and wherein the second VH domain is at least 95 % identical to the T0999H VH domain SEQ ID NO: 632 at the amino acid sequence level, and the first VL domain and the second VL domain each comprise a set of LCDRs comprising LCDR1, LCDR2 and LCDR3 with amino acid sequences defined wherein LCDR1 is SEQ ID NO: 6, LCDR2 is SEQ ID NO: 7 and LCDR3 is SEQ ID NO: 8, and wherein the first VL domain and the second VL domain are at least 95 % identical to the 0128L VL domain SEQ ID NO: 10 at the amino acid sequence level.
An image forming apparatus comprising: a toner cartridge ; a photoconductive cartridge comprising a photosensitive drum ; a development cartridge comprising: a toner inlet portion ; and a developing roller ; a buffer unit to receive toner from the toner cartridge and to supply the toner to the development cartridge , the buffer unit comprising a toner discharge portion extending in a second direction (A2) orthogonal to a first direction (A1) which is an axial direction of the developing roller , and forming a discharge path of the toner; and a toner supply duct comprising a first connecting portion pivotably connected to the toner discharge portion to be pivoted relative to a first axis (B1) parallel to the first direction (A1), a second connecting portion connected to the toner inlet portion , and a connection tube connecting the first connecting portion to the second connecting portion . a toner cartridge ; a photoconductive cartridge comprising a photosensitive drum ; a development cartridge comprising: a toner inlet portion ; and a developing roller ; a toner inlet portion ; and a developing roller ; a buffer unit to receive toner from the toner cartridge and to supply the toner to the development cartridge , the buffer unit comprising a toner discharge portion extending in a second direction (A2) orthogonal to a first direction (A1) which is an axial direction of the developing roller , and forming a discharge path of the toner; and a toner supply duct comprising a first connecting portion pivotably connected to the toner discharge portion to be pivoted relative to a first axis (B1) parallel to the first direction (A1), a second connecting portion connected to the toner inlet portion , and a connection tube connecting the first connecting portion to the second connecting portion .