mhurhangee/patent-ind-claim-en huggingface dataset:
An electrochemical sensor, comprising: a. a reference ring electrode comprising a first electrode annular section; b. a working ring electrode adjacent to the reference electrode and comprising a second electrode annular section, c. a first insulator between the reference electrode and the working electrode; d. a counter ring electrode adjacent to the working electrode and comprising a third electrode annular section; and e. a second insulator between the working electrode and the counter electrode; wherein the first, second, and third electrode annular sections and insulators are aligned with the reference electrode being upstream of the working and counter electrodes such as to provide a flow path for a fluid which continually comes into contact with the electrodes, the fluid comprising one or more of ions or electrochemical species, whereby the electrodes are configured to measure an electrical signal from the fluid. a. a reference ring electrode comprising a first electrode annular section; b. a working ring electrode adjacent to the reference electrode and comprising a second electrode annular section, c. a first insulator between the reference electrode and the working electrode; d. a counter ring electrode adjacent to the working electrode and comprising a third electrode annular section; and e. a second insulator between the working electrode and the counter electrode;
Recombinant GBD-SSTad-SSTad protein having a molecular weight of 39.5 kDa, comprising 2 fragments of the SST protein having the sequence SEQ ID NO 1, a spacer having the sequence SEQ ID NO 2 and a spacer having the sequence SEQ ID NO 3, alpha-glucan binding gene domain from Streptococcus mutans having the sequence SEQ ID NO 4, which protein is encoded by the nucleotide sequence of the GBD-SSTad-SSTad gene SEQ ID NO 5.
A transport refrigeration system for controlling a temperature associated with a mobile refrigerated cargo box comprising: a refrigeration unit having a refrigerant circuit through which a refrigerant is circulated in heat exchange relationship with air drawn from the cargo box ; a fuel-fired engine for powering the refrigeration unit , the engine having an exhaust system through which exhaust gases generated by the engine are discharged; an engine coolant circuit ; an engine exhaust gases to engine coolant heat exchanger ; and an engine coolant circuit to refrigeration unit heat exchanger ; wherein the engine exhaust gases to engine coolant heat exchanger comprises a first heat exchanger having an engine coolant pass interdisposed in the engine coolant circuit and a gas-side pass, the engine coolant pass disposed in the gas-side pass for passing engine coolant in heat exchange relationship with a flow of engine exhaust gases passing through the gas-side pass, whereby the engine coolant absorbs heat from the engine exhaust gases and the engine exhaust gases are cooled; and wherein the engine coolant circuit to refrigeration unit heat exchanger comprises a second heat exchanger having a refrigerant pass interdisposed in the refrigerant circuit and an engine coolant pass interdisposed in the engine coolant circuit , the refrigerant pass and the engine coolant pass arranged in heat exchange relationship. a refrigeration unit having a refrigerant circuit through which a refrigerant is circulated in heat exchange relationship with air drawn from the cargo box ; a fuel-fired engine for powering the refrigeration unit , the engine having an exhaust system through which exhaust gases generated by the engine are discharged; an engine coolant circuit ; an engine exhaust gases to engine coolant heat exchanger ; and an engine coolant circuit to refrigeration unit heat exchanger ; wherein the engine exhaust gases to engine coolant heat exchanger comprises a first heat exchanger having an engine coolant pass interdisposed in the engine coolant circuit and a gas-side pass, the engine coolant pass disposed in the gas-side pass for passing engine coolant in heat exchange relationship with a flow of engine exhaust gases passing through the gas-side pass, whereby the engine coolant absorbs heat from the engine exhaust gases and the engine exhaust gases are cooled; and wherein the engine coolant circuit to refrigeration unit heat exchanger comprises a second heat exchanger having a refrigerant pass interdisposed in the refrigerant circuit and an engine coolant pass interdisposed in the engine coolant circuit , the refrigerant pass and the engine coolant pass arranged in heat exchange relationship.
A memory device , comprising: a first number of controllable components; and a controller storing and executing a set of microcode instructions , each microcode instruction of the set comprising: a number of control data bits ; and characterized in that each microcode instruction further comprises: a number of type select data bits (293-1, ..., 293-4, 393-1, ..., 393-4), wherein a value stored in the type select data bits (293-1, ..., 293-4, 393-1, ..., 393-4) indicates a particular instruction type (295-1, ...., 295-4, 395-1, ..., 395-4) of each microcode instruction of the set ; wherein, during execution by the controller, an operation is selected based on the particular instruction type and the operation is performed by controlling a respective group of the controllable components using the control data bits; and wherein the respective group of the controllable components comprises fewer components than the first number of controllable components. a first number of controllable components; and a controller storing and executing a set of microcode instructions , each microcode instruction of the set comprising: a number of control data bits ; and characterized in that each microcode instruction further comprises: a number of type select data bits (293-1, ..., 293-4, 393-1, ..., 393-4), wherein a value stored in the type select data bits (293-1, ..., 293-4, 393-1, ..., 393-4) indicates a particular instruction type (295-1, ...., 295-4, 395-1, ..., 395-4) of each microcode instruction of the set ; a number of control data bits ; and characterized in that each microcode instruction further comprises: a number of type select data bits (293-1, ..., 293-4, 393-1, ..., 393-4), wherein a value stored in the type select data bits (293-1, ..., 293-4, 393-1, ..., 393-4) indicates a particular instruction type (295-1, ...., 295-4, 395-1, ..., 395-4) of each microcode instruction of the set ; wherein, during execution by the controller, an operation is selected based on the particular instruction type and the operation is performed by controlling a respective group of the controllable components using the control data bits; and wherein the respective group of the controllable components comprises fewer components than the first number of controllable components.
An electrical connector , comprising: a metal engagement portion adapted to be matched with a mating electrical connector, wherein at least one ridge is formed on and protruded from a surface of the metal engagement portion, characterized in that the at least one ridge of the electrical connector extends in a curved line or a zigzag line so that one of the at least one ridge of the electrical connector electrically contacts with a respective one ridge of the mating electrical connector at a plurality of points when the electrical connector is matched with the mating electrical connector. a metal engagement portion adapted to be matched with a mating electrical connector, wherein at least one ridge is formed on and protruded from a surface of the metal engagement portion, characterized in that the at least one ridge of the electrical connector extends in a curved line or a zigzag line so that one of the at least one ridge of the electrical connector electrically contacts with a respective one ridge of the mating electrical connector at a plurality of points when the electrical connector is matched with the mating electrical connector.
Rope-like adhesive tape having a longitudinal direction (L) and a cross section perpendicular to the longitudinal direction (L), having a plurality of filaments running along the longitudinal direction (L), of which at least some are at least sheathed by an adhesive, and wherein the filaments , in cross section, are arranged concentrically around the longitudinal direction (L) and the filaments are arranged twisted together in the longitudinal direction (L), characterized by pressure-sensitive adhesive filaments which stick the twisted-together filaments to one another. having a plurality of filaments running along the longitudinal direction (L), of which at least some are at least sheathed by an adhesive, and wherein the filaments , in cross section, are arranged concentrically around the longitudinal direction (L) and the filaments are arranged twisted together in the longitudinal direction (L), characterized by pressure-sensitive adhesive filaments which stick the twisted-together filaments to one another.
A system, comprising: a haptic display comprising: a display head comprising a flexible surface; an actuator layer comprising: a pin board configured with a plurality of openings; a plurality of pins configured to translate within the plurality of openings, wherein one or more of the plurality of pins comprises: a display interaction end configured to physically interact with the display head; and an actuation end ; and a plurality of linear actuator elements physically coupled to the actuation end of the plurality of pins configured to bias a set of the plurality of pins against the display head, wherein a bias of the set of the plurality of pins against the display head generates a protrusion on the flexible surface, wherein the protrusion is configured to be reduced by a biasing force of a user pressing on the protrusion, characterised in that the biasing force of the set of the plurality of pins against the display head is configured to be adjusted during the process of being pressed by the user responsive to different biasing forces of the user pressing on the protrusion. a display head comprising a flexible surface; an actuator layer comprising: a pin board configured with a plurality of openings; a plurality of pins configured to translate within the plurality of openings, wherein one or more of the plurality of pins comprises: a display interaction end configured to physically interact with the display head; and an actuation end ; and a plurality of linear actuator elements physically coupled to the actuation end of the plurality of pins configured to bias a set of the plurality of pins against the display head, wherein a bias of the set of the plurality of pins against the display head generates a protrusion on the flexible surface, wherein the protrusion is configured to be reduced by a biasing force of a user pressing on the protrusion, a pin board configured with a plurality of openings; a plurality of pins configured to translate within the plurality of openings, wherein one or more of the plurality of pins comprises: a display interaction end configured to physically interact with the display head; and an actuation end ; and a plurality of linear actuator elements physically coupled to the actuation end of the plurality of pins configured to bias a set of the plurality of pins against the display head, wherein a bias of the set of the plurality of pins against the display head generates a protrusion on the flexible surface, wherein the protrusion is configured to be reduced by a biasing force of a user pressing on the protrusion, a display interaction end configured to physically interact with the display head; and an actuation end ; and a plurality of linear actuator elements physically coupled to the actuation end of the plurality of pins configured to bias a set of the plurality of pins against the display head, wherein a bias of the set of the plurality of pins against the display head generates a protrusion on the flexible surface, wherein the protrusion is configured to be reduced by a biasing force of a user pressing on the protrusion,
A method for transmitting a sounding reference symbol, SRS, comprising: applying a SRS configuration for a plurality of uplink component carriers, UL CCs, determining whether a SRS and other uplink channels are transmitted on multiple uplink, UL, component carriers, CCs, in a subframe; and based on the determination, applying a multiplexing rule for simultaneous transmission during a subframe of a SRS transmission and the other uplink channels on multiple UL CCs, wherein a SRS is simultaneously transmitted with other uplink channels on different CCs in a subframe, the other uplink channels being transmitted on a secondary CC, and a PUSCH is transmitted with the SRS in a same, primary CC of the subframe. applying a SRS configuration for a plurality of uplink component carriers, UL CCs, determining whether a SRS and other uplink channels are transmitted on multiple uplink, UL, component carriers, CCs, in a subframe; and based on the determination, applying a multiplexing rule for simultaneous transmission during a subframe of a SRS transmission and the other uplink channels on multiple UL CCs, wherein a SRS is simultaneously transmitted with other uplink channels on different CCs in a subframe, the other uplink channels being transmitted on a secondary CC, and a PUSCH is transmitted with the SRS in a same, primary CC of the subframe.
Stackable spacer adapted to support a reinforcement grid , where the spacer comprises a circumferential body section having an upper support surface adapted to support the reinforcement grid, where the outer shape of the circumferential body section is larger than a mesh in the reinforcement grid that is to be supported, wherein the stackable spacer comprises a plurality of leg sections each having a foot adapted to be placed on a mould surface for the concrete, where each side wall of a leg section is inclined with respect to a vertical direction and that a leg section is provided with a void adapted to house a leg section of another spacer , such that a plurality of spacers can be stacked in each other with the leg sections of one spacer extending into the corresponding voids of a subsequent spacer , such that the side wall of a leg section is parallel with the side wall of a leg section of the subsequent spacer , characterized in that the stackable spacer is a wall spacer and each foot is pointed or is provided with a radius such that a small footprint is provided.
A clot retrieval device for removing occlusive clot from a blood vessel, the device comprising:- an inner elongate body having a collapsed delivery configuration and an expanded deployed configuration; an outer elongate body at least partially overlying the inner elongate body; the outer elongate body being expandable to a radial extent which is greater than the radial extent of the inner body in the deployed configuration to define a clot reception space ; the outer elongate body comprising a plurality of clot inlet openings and a plurality of clot engaging regions, and wherein the clot engaging regions are adapted, on engagement with clot, to urge clot towards the clot inlet openings and into the reception space between the outer elongate body and the inner elongate body, wherein the radial force profile of the device varies along the length of the device; wherein the outer body comprises a plurality of segments , wherein each segment comprises a proximal ring of closed cells having a first radial force to which are connected at least one floating cell or leaflet having a second radial force which is less than the first radial force; wherein the floating cell or leaflet comprises a distal apex which is not connected to an adjacent distal segment; and wherein the clot inlet openings of the segments of the outer body differ along the length of the device, wherein there is a gradient of the size of the clot inlet openings along the length of the device and wherein the gradient decreases from proximal to distal. an inner elongate body having a collapsed delivery configuration and an expanded deployed configuration; an outer elongate body at least partially overlying the inner elongate body; the outer elongate body being expandable to a radial extent which is greater than the radial extent of the inner body in the deployed configuration to define a clot reception space ; the outer elongate body comprising a plurality of clot inlet openings and a plurality of clot engaging regions, and wherein the clot engaging regions are adapted, on engagement with clot, to urge clot towards the clot inlet openings and into the reception space between the outer elongate body and the inner elongate body, wherein the radial force profile of the device varies along the length of the device; wherein the outer body comprises a plurality of segments , wherein each segment comprises a proximal ring of closed cells having a first radial force to which are connected at least one floating cell or leaflet having a second radial force which is less than the first radial force; wherein the floating cell or leaflet comprises a distal apex which is not connected to an adjacent distal segment; and wherein the clot inlet openings of the segments of the outer body differ along the length of the device, wherein there is a gradient of the size of the clot inlet openings along the length of the device and wherein the gradient decreases from proximal to distal.
A method for providing a content recommendation service between users of a social networking environment, comprising: detecting (S331) a first user action for providing a content recommendation, wherein the first user action is to select a preset button displayed on a screen ; extracting (S332), in response to the detected first user action, content information regarding content displayed on the screen , wherein the content includes a real-time broadcast program displayed on the screen ; generating (S336) a content post request message that includes the extracted content information, identification, ID, information, and a recorded part of the real-time broadcast program; and transmitting (S337) the generated content post request message to an electronic device, characterized by in response to the detected first user action exceeding a preset time, recording the part of the real-time broadcast program and displaying a progress bar indicating a recording progress state; detecting a second user action for requesting recording stop, wherein the second user action is to release selecting the preset button; and in response to the detected second user action, stopping recording the part of the real-time broadcast program. detecting (S331) a first user action for providing a content recommendation, wherein the first user action is to select a preset button displayed on a screen ; extracting (S332), in response to the detected first user action, content information regarding content displayed on the screen , wherein the content includes a real-time broadcast program displayed on the screen ; generating (S336) a content post request message that includes the extracted content information, identification, ID, information, and a recorded part of the real-time broadcast program; and transmitting (S337) the generated content post request message to an electronic device, characterized by in response to the detected first user action exceeding a preset time, recording the part of the real-time broadcast program and displaying a progress bar indicating a recording progress state; detecting a second user action for requesting recording stop, wherein the second user action is to release selecting the preset button; and in response to the detected second user action, stopping recording the part of the real-time broadcast program.
A method of making an earplug comprising the steps of covering an elongate core with an outer layer to result in a pre-form , wherein the elongate core comprises a first material and the outer layer comprises a second material, the second material comprising an unactivated foaming agent and one or more of a thermoplastic, styrene-ethylene-butylene-styrene (SEBS), thermoset polymers, and EPDM rubbers; positioning at least a portion of the outer layer and the elongate core in a mold ; and activating the foaming agent of at least a portion of the outer layer to form a sound attenuating portion and a stem portion bonded to the elongate core ; and wherein the mold comprises a first cavity that limits expansion of the outer layer , and wherein the first cavity is in the form of the stem portion , and wherein the mold comprises a second cavity in the form of the sound attenuation portion , and wherein a gap exists between the pre-form and a perimeter of the second cavity when the pre-form is initially placed in the mold , and wherein a small gap exists between the pre-form and a perimeter of the first cavity and the portion of the earplug positioned in the first cavity is effectively shielded from heat such that activation of the foaming agent is limited. covering an elongate core with an outer layer to result in a pre-form , wherein the elongate core comprises a first material and the outer layer comprises a second material, the second material comprising an unactivated foaming agent and one or more of a thermoplastic, styrene-ethylene-butylene-styrene (SEBS), thermoset polymers, and EPDM rubbers; positioning at least a portion of the outer layer and the elongate core in a mold ; and activating the foaming agent of at least a portion of the outer layer to form a sound attenuating portion and a stem portion bonded to the elongate core ; and wherein the mold comprises a first cavity that limits expansion of the outer layer , and wherein the first cavity is in the form of the stem portion , and wherein the mold comprises a second cavity in the form of the sound attenuation portion , and wherein a gap exists between the pre-form and a perimeter of the second cavity when the pre-form is initially placed in the mold , and wherein a small gap exists between the pre-form and a perimeter of the first cavity and the portion of the earplug positioned in the first cavity is effectively shielded from heat such that activation of the foaming agent is limited.