mhurhangee/ep-ind-claims huggingface dataset:
A method of mitigating pop-off defects during fabrication of an electrochromic device, the method comprising: forming an electrochromic stack on a first electrode layer disposed on a substrate, wherein the electrochromic stack comprises an electrochromic layer of electrochromic material and a counter electrode layer of counter electrode material, and wherein the first electrode layer comprises a first transparent electronically conductive material; depositing a defect-mitigating insulating layer during fabrication of the electrochromic device; wherein the defect-mitigating insulating layer comprises a transparent material having an electronic resistivity between about 1 and 5x10 13 Ohm-cm, wherein the defect-mitigating insulating layer is deposited during fabrication of the electrochromic device to fill voids created by ejected particles to thereby prevent electronically conducting layers and/or electrochromically active layers of the electrochromic device from contacting layers connected to opposite polarities of a voltage source, from creating a short circuit, and wherein the defect-mitigating insulating layer contacts the first electrode layer of the electrochromic device at the regions formed by the ejected particles; and forming a second electrode layer over the electrochromic stack. forming an electrochromic stack on a first electrode layer disposed on a substrate, wherein the electrochromic stack comprises an electrochromic layer of electrochromic material and a counter electrode layer of counter electrode material, and wherein the first electrode layer comprises a first transparent electronically conductive material; depositing a defect-mitigating insulating layer during fabrication of the electrochromic device; wherein the defect-mitigating insulating layer comprises a transparent material having an electronic resistivity between about 1 and 5x10 13 Ohm-cm, wherein the defect-mitigating insulating layer is deposited during fabrication of the electrochromic device to fill voids created by ejected particles to thereby prevent electronically conducting layers and/or electrochromically active layers of the electrochromic device from contacting layers connected to opposite polarities of a voltage source, from creating a short circuit, and wherein the defect-mitigating insulating layer contacts the first electrode layer of the electrochromic device at the regions formed by the ejected particles; and forming a second electrode layer over the electrochromic stack.
A modularized structure of switch wire connection device, comprising an assembly of an assembling support and a wire connection module assembly, the assembling support having a first side, a second side and lateral sides connected with the first and second sides (11, 12), at least one of the first and second sides (11, 12) being formed with an assembling section for assembling with the wire connection module assembly, wherein the wire connection module assembly includes a first wire connection module and a second wire connection module, the first wire connection module being mounted on the first side of the assembling support, while the second wire connection module being mounted on the second side of the assembling support, said first and second wire connection modules (21, 22) each having a case with a geometrical cross section, each case including a main end wall, a mounting side and an enclosure side connected wi th the main end wall and a subsidiary end wall connected with the mounting side and the enclosure side to together define a chamber, said first and second sides (11, 12) of the assembling support are assembled with the mounting side of said first and second wire connection modules (21, 22), wherein each chamber of the first and second wire connection modules (21, 22) serves to receive and enclose an electrical contact component together with first and second sides of said assembling support, the electrical contact component including a conductive member, a control member for making the conductive member form a normally open module and a normally closed module, and a metal leaf spring for elastically pressing the conductive wire, the mounting side of each case being formed with a mounting section for connecting with the assembling section of the assembling support, whereby the wire connection module assembly is detachably mounted on the assembling support as an integrated form, the assembling support, the wire connection module assembly and the electrical contact component being together mounted in a switch drum body, the switch drum body being equipped with a switch pushbutton for driving the control member.
Decoupling capacitor comprising: two capacitor cells (C1, C2) sharing the same n-doped well formed in a p-doped substrate; a first trench isolation passing through the well between the two cells without reaching the bottom of the well, the first trench isolation having a conductive core constituting an element of the capacitor; and a contact (34, 35) with the well formed in each cell. two capacitor cells (C1, C2) sharing the same n-doped well formed in a p-doped substrate; a first trench isolation passing through the well between the two cells without reaching the bottom of the well, the first trench isolation having a conductive core constituting an element of the capacitor; and a contact (34, 35) with the well formed in each cell.
A method for distributed information exchange relating to a product, comprising: (a) scanning, using a detector, a label of the product, wherein the label is linked to a first manifest stored in a distributed data structure; (b) accessing a network of anonymous manifests comprising a plurality of manifests in the distributed data structure, including the first manifest, by navigating one or more network links associated with the first manifest; and (c) retrieving an answer to a query about the product by: (i) identifying a pre-existing answer to the query in a relevant manifest of the plurality of manifests, or (ii) identifying a creator of a relevant manifest of the plurality of manifests, wherein the creator of the relevant manifest is likely to provide an answer to the query, and inquiring the query to the creator of the relevant manifest via a secure communication channel. (a) scanning, using a detector, a label of the product, wherein the label is linked to a first manifest stored in a distributed data structure; (b) accessing a network of anonymous manifests comprising a plurality of manifests in the distributed data structure, including the first manifest, by navigating one or more network links associated with the first manifest; and (c) retrieving an answer to a query about the product by: (i) identifying a pre-existing answer to the query in a relevant manifest of the plurality of manifests, or (ii) identifying a creator of a relevant manifest of the plurality of manifests, wherein the creator of the relevant manifest is likely to provide an answer to the query, and inquiring the query to the creator of the relevant manifest via a secure communication channel. (i) identifying a pre-existing answer to the query in a relevant manifest of the plurality of manifests, or (ii) identifying a creator of a relevant manifest of the plurality of manifests, wherein the creator of the relevant manifest is likely to provide an answer to the query, and inquiring the query to the creator of the relevant manifest via a secure communication channel.
A method for treating process gas flowing from a furnace space of a pyrometallurgical furnace (1; 1a; 1b; 1c) into a waste heat boiler that is in fluid communication with the furnace space of the pyrometallurgical furnace (1; 1a; 1b; 1c) at a connecting aperture, comprising a providing step for providing the region of the connecting aperture between the furnace space of the pyrometallurgical furnace (1; 1a; 1b; 1c) and the waste heat boiler with a gas blowing means for blowing gas into process gas flowing from the furnace space of the pyrometallurgical furnace (1; 1a; 1b; 1c) into the waste heat boiler, and a blowing step for blowing gas with the gas blowing means into process gas flowing from the furnace space of the pyrometallurgical furnace (1; 1a; 1b; 1c) into the waste heat boiler, characterized by providing the gas blowing means in a lower region of the connecting aperture in the providing step, by blowing in the blowing step gas with the gas blowing means from below into process gas flowing from the furnace space of the pyrometallurgical furnace (1; 1a; 1b; 1c) into the waste heat boiler in the connecting aperture between the furnace space of the pyrometallurgical furnace (1; 1a; 1b; 1c) and the waste heat boiler, by providing in the providing step a gas blowing means having an elongate configuration and provided with several gas discharge openings along the elongated configuration, and by arranging the gas blowing means to extend in the transverse direction of the flow of process gas flowing from the furnace space of the pyrometallurgical furnace (1; 1a; 1b; 1c) into the waste heat boiler in the providing step.
A piston for an internal combustion engine, the piston comprising: a piston body including an upper combustion surface, an annular side wall with a ring belt region, and a cooling gallery located within the piston body radially inwardly from the ring belt region and having a fluid inlet through which a cooling fluid is supplied to the cooling gallery during operation; a piston ring located in a ring groove around the ring belt region; and an alignment pin secured in a hole in the piston side wall and projecting into the ring groove to restrict circumferential displacement of the piston ring, wherein the piston body further comprises a boss within the cooling gallery into which the hole and the alignment pin extend, wherein the boss projects into the cooling gallery opposite the fluid inlet and is shaped to provide a flow splitter surface configured to divide cooling fluid flowing through the fluid inlet during use into first and second fluid flows and to direct the first and second fluid flows in opposite directions around the cooling gallery. a piston body including an upper combustion surface, an annular side wall with a ring belt region, and a cooling gallery located within the piston body radially inwardly from the ring belt region and having a fluid inlet through which a cooling fluid is supplied to the cooling gallery during operation; a piston ring located in a ring groove around the ring belt region; and an alignment pin secured in a hole in the piston side wall and projecting into the ring groove to restrict circumferential displacement of the piston ring, wherein the piston body further comprises a boss within the cooling gallery into which the hole and the alignment pin extend, wherein the boss projects into the cooling gallery opposite the fluid inlet and is shaped to provide a flow splitter surface configured to divide cooling fluid flowing through the fluid inlet during use into first and second fluid flows and to direct the first and second fluid flows in opposite directions around the cooling gallery.
A lifting tool for lifting an element of an offshore structure, such as a transition piece of an offshore wind turbine, comprising a frame, a plurality of engagement members for engaging an element to be lifted, which engagement members are mounted to the frame at an angular distance from each other about a centreline of the frame, a hoisting member to be connected to a hoisting cable of a crane, and located within a virtual cylinder on which the engagement members lie, characterized in that the hoisting member and the frame are interconnected rigidly through at least three linear actuators which are arranged such that the hoisting member is movable with respect to the frame in a plurality of radial directions with respect to the centreline, independently from the engagement members.
A method for the data communication between a portable data carrier and an external communication device, wherein the portable data carrier and the external communication device in each case comprise a TCP/IP protocol stack, comprising the steps: - sending communication data from the external communication device to the portable data carrier, the communication data comprising at least commands according to an Internet protocol of the application layer of the TCP/IP reference model and commands in the form of APDUs according to ISO/IEC 7816-4; - transmitting the communication data between the external communication device and the portable data carrier; - receiving the communication data by the portable data carrier; and - separating the received APDUs and the received Internet protocol commands from each other by means of an allocator unit of the portable data carrier; characterized in that the mentioned commands are transmitted by means of TCP/IP and the allocator unit carries out the separation of the APDUs and the Internet protocol commands above the transport layer of the TCP/IP reference model. - sending communication data from the external communication device to the portable data carrier, the communication data comprising at least commands according to an Internet protocol of the application layer of the TCP/IP reference model and commands in the form of APDUs according to ISO/IEC 7816-4; - transmitting the communication data between the external communication device and the portable data carrier; - receiving the communication data by the portable data carrier; and - separating the received APDUs and the received Internet protocol commands from each other by means of an allocator unit of the portable data carrier;
A rotary cutting tool comprising: a base material including a head portion, a body portion, and a shoulder portion defining a boundary portion between the head portion and the body portion; a first diamond layer covering the body portion and the shoulder portion and exposing the head portion; and a second diamond layer covering the head portion and not covering the body portion, characterized in that the second diamond layer is provided on the first diamond layer in the shoulder portion. a base material including a head portion, a body portion, and a shoulder portion defining a boundary portion between the head portion and the body portion; a first diamond layer covering the body portion and the shoulder portion and exposing the head portion; and a second diamond layer covering the head portion and not covering the body portion, characterized in that the second diamond layer is provided on the first diamond layer in the shoulder portion.
A communications connector, comprising: a printed circuit board having a plurality of input terminals, a plurality of output terminals, and a plurality of conductive paths (720, 740) that connect each input terminal to a respective output terminal, wherein the conductive paths (720, 740) are arranged as a plurality of differential transmission lines; characterized in that it further comprises a solenoid inductor implemented along a first of the conductive paths, wherein the solenoid inductor comprises a first trace segment on a first layer of the printed circuit board, a second trace segment on a second layer of the printed circuit board, a third trace segment on the first layer of the printed circuit board adjacent the first trace segment, a first conductive via directly connecting the first trace segment to the second trace segment and a second conductive via directly connecting the second trace segment to the third trace segment, the first, second and third segments (722, 724, 726) extending in a same direction, and wherein the second trace segment vertically overlaps at least one of the first trace segment or the third trace segment.
A shield for a needle comprising: a top portion forming a top surface and opposing side surfaces that extend downwardly from the top surface; a bottom portion forming a bottom surface and opposing side surfaces (230b, 230c) that extend upwardly from the bottom surface; a proximal portion that interconnects the top portion and the bottom portion, the proximal portion forming a proximal needle opening; a top distal portion that extends downwardly from the top surface; and a bottom distal portion that extends upwardly from the bottom surface; wherein, when the shield is in an unlocked position, the top distal portion and the bottom distal portion are spaced to expose a distal needle opening and the opposing side surfaces of the top portion partially overlap the opposing side surfaces of the bottom portion, whereas, when the shield is in a locked position, the top distal portion and the bottom distal portion do not expose the distal needle opening and the opposing side surfaces of the top portion fully overlap the opposing side surfaces of the bottom portion. a top portion forming a top surface and opposing side surfaces that extend downwardly from the top surface; a bottom portion forming a bottom surface and opposing side surfaces (230b, 230c) that extend upwardly from the bottom surface; a proximal portion that interconnects the top portion and the bottom portion, the proximal portion forming a proximal needle opening; a top distal portion that extends downwardly from the top surface; and a bottom distal portion that extends upwardly from the bottom surface; wherein, when the shield is in an unlocked position, the top distal portion and the bottom distal portion are spaced to expose a distal needle opening and the opposing side surfaces of the top portion partially overlap the opposing side surfaces of the bottom portion, whereas, when the shield is in a locked position, the top distal portion and the bottom distal portion do not expose the distal needle opening and the opposing side surfaces of the top portion fully overlap the opposing side surfaces of the bottom portion.
A method for conference call transcription comprising: joining an audio conference call with a device associated with a participant, of a plurality of participants joined to the conference through one or more associated devices (135, 136, 140); creating, at the device, a speech audio file of a portion of the conference detected by a microphone of the device receiving local audio of the participant; characterised by: converting contemporaneously, at the device, the speech audio file to a local partial transcript of the portion of the conference detected by the microphone; and acquiring, at the device, a plurality of remote partial transcripts from at least one of the associated devices, and forming a complete transcript having the local partial transcript and the plurality of remote partial transcripts. joining an audio conference call with a device associated with a participant, of a plurality of participants joined to the conference through one or more associated devices (135, 136, 140); creating, at the device, a speech audio file of a portion of the conference detected by a microphone of the device receiving local audio of the participant; characterised by: converting contemporaneously, at the device, the speech audio file to a local partial transcript of the portion of the conference detected by the microphone; and acquiring, at the device, a plurality of remote partial transcripts from at least one of the associated devices, and forming a complete transcript having the local partial transcript and the plurality of remote partial transcripts. converting contemporaneously, at the device, the speech audio file to a local partial transcript of the portion of the conference detected by the microphone; and acquiring, at the device, a plurality of remote partial transcripts from at least one of the associated devices, and forming a complete transcript having the local partial transcript and the plurality of remote partial transcripts.
A method including: analyzing, by a processor, code of a first version of a computer program to identify a first process included in the first version of the computer program, the code defining the first process and the first process being configured to perform a first operation on data only of first one or more formats; and creating, by a processor and based on the analysis, a specification that defines one or more second processes that are configured to perform a second operation on data of a second format different from the first one or more formats, wherein the second operation is based on the first operation, and wherein the specification is a file (606, 706) that is separate from the computer program; and by a compiler (608, 712, 826) or an interpreter, generating, based on the specification and the first version of the computer program, a second version (200, 300) of at least a portion of the computer program, the generating including omitting the first process and including in the second version (200, 300) of the at least portion of the computer program the one or more second processes defined in the specification (220, 312) and configured to perform the second operation on data of the second format different from the first one or more formats. analyzing, by a processor, code of a first version of a computer program to identify a first process included in the first version of the computer program, the code defining the first process and the first process being configured to perform a first operation on data only of first one or more formats; and creating, by a processor and based on the analysis, a specification that defines one or more second processes that are configured to perform a second operation on data of a second format different from the first one or more formats, wherein the second operation is based on the first operation, and wherein the specification is a file (606, 706) that is separate from the computer program; and by a compiler (608, 712, 826) or an interpreter, generating, based on the specification and the first version of the computer program, a second version (200, 300) of at least a portion of the computer program, the generating including omitting the first process and including in the second version (200, 300) of the at least portion of the computer program the one or more second processes defined in the specification (220, 312) and configured to perform the second operation on data of the second format different from the first one or more formats.