mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible organic light emitting display device , comprising: a flexible lower substrate including a pixel area (A/A) and a bezel area (B/A) surrounding the pixel area (A/A); a plurality of pixels on the lower substrate in the pixel area (A/A), each of the pixels including a thin film transistor on the lower substrate and an organic light emitting element to be driven by the thin film transistor , the organic light emitting element including an anode and a cathode facing each other with an organic light emission layer interposed therebetween; a common voltage line formed in the bezel area (B/A) to supply a common voltage (ELVSS) to the cathode , the common voltage line surrounding the pixel area (A/A); and a cathode connection unit connecting the cathode and the common voltage line ; a flexible encapsulation unit for protecting the pixel area (A/A) from moisture and oxygen, the flexible encapsulation unit including a first inorganic encapsulation layer on the organic light emitting element , a buffer layer , a foreign matter compensation layer and a second inorganic encapsulation layer ; and characterized in that a carbon content of the buffer layer is larger than a carbon content of the foreign matter compensation layer and/or wherein a hardness of the foreign matter compensation layer is larger than that of the buffer layer . a flexible lower substrate including a pixel area (A/A) and a bezel area (B/A) surrounding the pixel area (A/A); a plurality of pixels on the lower substrate in the pixel area (A/A), each of the pixels including a thin film transistor on the lower substrate and an organic light emitting element to be driven by the thin film transistor , the organic light emitting element including an anode and a cathode facing each other with an organic light emission layer interposed therebetween; a common voltage line formed in the bezel area (B/A) to supply a common voltage (ELVSS) to the cathode , the common voltage line surrounding the pixel area (A/A); and a cathode connection unit connecting the cathode and the common voltage line ; a flexible encapsulation unit for protecting the pixel area (A/A) from moisture and oxygen, the flexible encapsulation unit including a first inorganic encapsulation layer on the organic light emitting element , a buffer layer , a foreign matter compensation layer and a second inorganic encapsulation layer ; and characterized in that a carbon content of the buffer layer is larger than a carbon content of the foreign matter compensation layer and/or wherein a hardness of the foreign matter compensation layer is larger than that of the buffer layer .
An insulated glass unit (IGU) comprising: a first lite comprising a first electrochromic device disposed on a first transparent substrate, the first electrochromic device comprising a plurality of independently controllable tinting zones and a resistive zone between adjacent independently controllable tinting zones of the plurality of independently controllable tinting zones ; a second lite comprising a second transparent substrate; a spacer disposed between the first lite and the second lite; characterised in that it comprises a daylighting zone including one or more of (i) a series of light tubes, (ii) light scattering elements, (iii) reflectors and/or absorbers, (iv) a diffuser, (v) hexcells, and (vi) microshades. a first lite comprising a first electrochromic device disposed on a first transparent substrate, the first electrochromic device comprising a plurality of independently controllable tinting zones and a resistive zone between adjacent independently controllable tinting zones of the plurality of independently controllable tinting zones ; a second lite comprising a second transparent substrate; a spacer disposed between the first lite and the second lite; characterised in that it comprises a daylighting zone including one or more of (i) a series of light tubes, (ii) light scattering elements, (iii) reflectors and/or absorbers, (iv) a diffuser, (v) hexcells, and (vi) microshades.
A self-supported precast concrete (PC) column joint structure comprising: a plurality of receptacles , each of which is buried in a top surface of a lower member to which a PC column is to be joined, and has an accommodation space with an open top side and a female thread formed in an inner circumferential surface thereof; a support bar provided in a pocket formed in a bottom end of the PC column , in a position corresponding to the receptacle , comprising a body coupled to a top surface of the pocket and protruding downward from the PC column and a head expanded from a bottom of the body and received in the accommodation space of the receptacle ; and a fixing member , wherein a through-hole is formed in a central portion of the fixing member such that the body of the support bar extends therethrough, and a thread is formed in an outer circumferential surface of the fixing member to be screw-engaged into the receptacle to fix the head of the support bar , wherein a coupler fixed to a bottom end of a main root within the PC column is buried in the PC column above the pocket , a top end of the body of the support bar is coupled to the coupler , and the head of the support bar is supported to, while being in tight contact with, a bottom surface of the accommodation space of the receptacle , such that vertical load of the main root of the column is directly transferred to the lower member through the support bar . a plurality of receptacles , each of which is buried in a top surface of a lower member to which a PC column is to be joined, and has an accommodation space with an open top side and a female thread formed in an inner circumferential surface thereof; a support bar provided in a pocket formed in a bottom end of the PC column , in a position corresponding to the receptacle , comprising a body coupled to a top surface of the pocket and protruding downward from the PC column and a head expanded from a bottom of the body and received in the accommodation space of the receptacle ; and a fixing member , wherein a through-hole is formed in a central portion of the fixing member such that the body of the support bar extends therethrough, and a thread is formed in an outer circumferential surface of the fixing member to be screw-engaged into the receptacle to fix the head of the support bar , wherein a coupler fixed to a bottom end of a main root within the PC column is buried in the PC column above the pocket , a top end of the body of the support bar is coupled to the coupler , and the head of the support bar is supported to, while being in tight contact with, a bottom surface of the accommodation space of the receptacle , such that vertical load of the main root of the column is directly transferred to the lower member through the support bar .
Hose arrangement for a water-carrying system (S) for conveying drinking water in a drinking water-carrying system (S), wherein the hose assembly comprises a hose having a first hose end at which a first connector is formed, and having a second hose end opposite the first hose end at which a second connector is formed, the connecting pieces are configured for connecting the hose ends to a respective by complementarily designed connecting part of a consumer (A) or a water supply (W), wherein the hose assembly comprises an adapter with a receptacle for the first hose end of the hose , wherein the first connector comprises the adapter or is at least partially formed by the adapter , wherein the hose assembly has a positive-locking section formed by the hose and a locking part separate from the hose and adapter , wherein the adapter is secured or securable against separation from the hose by forming a positive lock between the locking part and the positive-locking section , wherein at the second hose end of the hose , an attachment portion for connection to a consumer (A) or a water supply (W) is integrally formed with the hose , and wherein the maximum pressure resistance of the hose assembly is at least 50 bar. wherein the hose assembly comprises a hose having a first hose end at which a first connector is formed, and having a second hose end opposite the first hose end at which a second connector is formed, the connecting pieces are configured for connecting the hose ends to a respective by complementarily designed connecting part of a consumer (A) or a water supply (W), wherein the hose assembly comprises an adapter with a receptacle for the first hose end of the hose , wherein the first connector comprises the adapter or is at least partially formed by the adapter , wherein the hose assembly has a positive-locking section formed by the hose and a locking part separate from the hose and adapter , wherein the adapter is secured or securable against separation from the hose by forming a positive lock between the locking part and the positive-locking section , wherein at the second hose end of the hose , an attachment portion for connection to a consumer (A) or a water supply (W) is integrally formed with the hose , and wherein the maximum pressure resistance of the hose assembly is at least 50 bar.
A heat exchanger comprising: a plurality of stacked core plates ; and a plurality of fin plates each of which is disposed a fluid passage between adjacent two of the core plates ; each of the fin plates having a V shaped corrugated shape or a trapezoid corrugated shape which is repeatedly bent at a regular interval, and including top walls positioned at top portions of the corrugated shape, bottom walls positioned at bottom portions of the corrugated shape, and foot portions each connecting one of the top walls and one of the bottom walls , and each of the foot portions having a rectangular corrugated shape along one of the top walls and one of the bottom walls , and including stepped walls formed at a predetermined interval along the one of the top walls and the one of the bottom walls , and opening portions each formed in one of the stepped walls , characterized in that each of the opening portions is an elongated through hole having a width equal to or smaller than a thickness of one of the fin plates . a plurality of stacked core plates ; and a plurality of fin plates each of which is disposed a fluid passage between adjacent two of the core plates ; each of the fin plates having a V shaped corrugated shape or a trapezoid corrugated shape which is repeatedly bent at a regular interval, and including top walls positioned at top portions of the corrugated shape, bottom walls positioned at bottom portions of the corrugated shape, and foot portions each connecting one of the top walls and one of the bottom walls , and each of the foot portions having a rectangular corrugated shape along one of the top walls and one of the bottom walls , and including stepped walls formed at a predetermined interval along the one of the top walls and the one of the bottom walls , and opening portions each formed in one of the stepped walls , characterized in that each of the opening portions is an elongated through hole having a width equal to or smaller than a thickness of one of the fin plates .
A component comprising: a substrate carrying a surface , the substrate including a pocket defined by sidewalls and the surface as a bottom surface; a sensor assembly disposed on the surface ; and an additive manufactured layer disposed over the sensor assembly and secured to the substrate by additive manufacturing; characterised in that : an EM reflector of the sensor assembly is located between the surface and an RF sensor of the sensor assembly ; and the sensor assembly has an encapsulation that encapsulates the RF sensor and the EM reflector , the encapsulation adhered to the sidewalls and the bottom surface of the substrate to secure the sensor assembly in place. a substrate carrying a surface , the substrate including a pocket defined by sidewalls and the surface as a bottom surface; a sensor assembly disposed on the surface ; and an additive manufactured layer disposed over the sensor assembly and secured to the substrate by additive manufacturing; characterised in that : an EM reflector of the sensor assembly is located between the surface and an RF sensor of the sensor assembly ; and the sensor assembly has an encapsulation that encapsulates the RF sensor and the EM reflector , the encapsulation adhered to the sidewalls and the bottom surface of the substrate to secure the sensor assembly in place. an EM reflector of the sensor assembly is located between the surface and an RF sensor of the sensor assembly ; and the sensor assembly has an encapsulation that encapsulates the RF sensor and the EM reflector , the encapsulation adhered to the sidewalls and the bottom surface of the substrate to secure the sensor assembly in place.
A computer-implemented method for fulfilling a claim for an unregistered device, the computer-implemented method comprising: receiving a claim data object associated with a subscriber identifier data object, the claim data object comprising a device identification data object; querying a device protection program subscriber database associated with a system for a subscriber profile data object associated with the subscriber identifier data object; receiving result data indicative that the device protection program database does not include the subscriber profile data object; transmitting a third-party enrollment status request to a third-party device management system (118A, 118B, 118C; 222, 216), the third-party enrollment status request data object comprising the subscriber identifier data object and the device identification data object; receiving a third-party enrollment status response data object from the third-party device management system (118A, 118B, 118C; 222, 216) indicating a third-party enrollment status associated with the subscriber identifier data object, wherein the third-party enrollment status is indicative of a third-party subscriber profile data object stored in the third-party device management system (118A, 118B, 118C; 222, 216); and initiating a claim processing instruction set associated with the claim data object without the subscriber profile data object. receiving a claim data object associated with a subscriber identifier data object, the claim data object comprising a device identification data object; querying a device protection program subscriber database associated with a system for a subscriber profile data object associated with the subscriber identifier data object; receiving result data indicative that the device protection program database does not include the subscriber profile data object; transmitting a third-party enrollment status request to a third-party device management system (118A, 118B, 118C; 222, 216), the third-party enrollment status request data object comprising the subscriber identifier data object and the device identification data object; receiving a third-party enrollment status response data object from the third-party device management system (118A, 118B, 118C; 222, 216) indicating a third-party enrollment status associated with the subscriber identifier data object, wherein the third-party enrollment status is indicative of a third-party subscriber profile data object stored in the third-party device management system (118A, 118B, 118C; 222, 216); and initiating a claim processing instruction set associated with the claim data object without the subscriber profile data object.
A bail arm assembly, comprising: a shaft to couple to a device ; and a bail arm to control output media, the bail arm being coupled to the shaft to rotate about a central axis of the shaft, wherein the bail arm is configured to oscillate in a direction perpendicular to the central axis , characterized by the bail arm including: a tapered U section to provide a downward force at a first contact portion and a second contact portion ; and an angled surface extending from the first contact portion and to guide insertion of a media onto an output tray in a direction perpendicular to a media output path . a shaft to couple to a device ; and a bail arm to control output media, the bail arm being coupled to the shaft to rotate about a central axis of the shaft, wherein the bail arm is configured to oscillate in a direction perpendicular to the central axis , a tapered U section to provide a downward force at a first contact portion and a second contact portion ; and an angled surface extending from the first contact portion and to guide insertion of a media onto an output tray in a direction perpendicular to a media output path .
A method for sharing entropy between client devices and an entropy broker, the method being operable at the entropy broker and comprising: receiving a communication from a client; responsive to determining that the client provided entropy in said communication, processing the provided entropy, wherein the processing comprises determining whether the provided entropy passed verification by testing the provided entropy for randomness, and, if the entropy passed verification, adding the provided entropy to an entropy pool; and responsive to determining that the client requested entropy in said communication, adding the client, to be served from the entropy pool, to an entropy queue. receiving a communication from a client; responsive to determining that the client provided entropy in said communication, processing the provided entropy, wherein the processing comprises determining whether the provided entropy passed verification by testing the provided entropy for randomness, and, if the entropy passed verification, adding the provided entropy to an entropy pool; and responsive to determining that the client requested entropy in said communication, adding the client, to be served from the entropy pool, to an entropy queue.
A communication terminal comprising: a video data reception unit for receiving video data; a display unit for displaying the video data received by the video data reception unit ; an indication input unit for receiving indication input to the display unit ; an indication recognition unit for recognizing whether the indication input is an indication to video displayed on the display unit ; a transmission unit for transmitting search data to a search server when the indication recognition unit recognizes the indication to the video, wherein the search data include indicated coordinate information based on the indication and indication timing information at the indication; an object data reception unit for receiving object data searched by the search server based on the search data; and a control unit for controlling the display unit to display the object data received by the object data reception unit , characterized in that the search data include a plurality of indication timing information indicating times before the indication. a video data reception unit for receiving video data; a display unit for displaying the video data received by the video data reception unit ; an indication input unit for receiving indication input to the display unit ; an indication recognition unit for recognizing whether the indication input is an indication to video displayed on the display unit ; a transmission unit for transmitting search data to a search server when the indication recognition unit recognizes the indication to the video, wherein the search data include indicated coordinate information based on the indication and indication timing information at the indication; an object data reception unit for receiving object data searched by the search server based on the search data; and a control unit for controlling the display unit to display the object data received by the object data reception unit , characterized in that the search data include a plurality of indication timing information indicating times before the indication.
Device for securing and positioning an optical reading system for electromechanical electricity meters comprising at least one quick positioning element (D1) to be secured on the meter and an end positioning element (D5) carrying a sensor (D7); the quick positioning element (D1) and the end positioning element (D5) being hinged against one another, characterised in that the sensor (D7) is extends in the direction of the meter, through a notch (D1') made in the quick positioning element (D1), such that the sensor (D7) is close to the disc of said meter.
A surgical staple for use with a surgical stapler including an anvil, wherein the anvil comprises a forming pocket, said surgical staple comprising: a staple base portion ; and a staple leg extending from said staple base portion, wherein said staple leg comprises a staple tip , and wherein said staple tip comprises a piercing tip configured to contact the forming pocket to deform said staple leg; characterized in that said staple tip comprises a concave cutout portion and a deformable surface configured to deform against the forming pocket of the anvil, wherein said piercing tip is configured to curl in toward said cutout portion upon contact with the forming pocket such that said staple tip assumes a non-piercing configuration and wherein said cutout portion is configured to receive said piercing tip when said staple tip is deformed. a staple base portion ; and a staple leg extending from said staple base portion, wherein said staple leg comprises a staple tip , and wherein said staple tip comprises a piercing tip configured to contact the forming pocket to deform said staple leg; characterized in that said staple tip comprises a concave cutout portion and a deformable surface configured to deform against the forming pocket of the anvil, wherein said piercing tip is configured to curl in toward said cutout portion upon contact with the forming pocket such that said staple tip assumes a non-piercing configuration and wherein said cutout portion is configured to receive said piercing tip when said staple tip is deformed.
A biopolymer characterized in that it is derived from a cationized cellulose fiber of maize, wheat, sorghum, rice, barley, sugarcane or combinations thereof and in that it has: a. a size of from 50 to 1000 μm in length and 5 to 80 μm in width; and b. a degree of cationization ranging from 0.005 to 0.1%. a. a size of from 50 to 1000 μm in length and 5 to 80 μm in width; and b. a degree of cationization ranging from 0.005 to 0.1%.