mhurhangee/ep-ind-claims huggingface dataset:
A remanufacturing method for remanufacturing a developing apparatus, the developing apparatus including: a frame having a storage chamber for storing developer, a developing chamber in which a developing roller for bearing the developer is to be arranged, and a partition portion that partitions the storage chamber and the developing chamber, the frame being provided with an opening in the partition portion such that the storage chamber and the developing chamber are connected each other; and a stirring member for stirring the developer, the stirring member being arranged in the storage chamber so as to be capable of coming into contact with a wall surface of the frame that forms the storage chamber, the remanufacturing method comprising: a communicating step of cutting a part of the frame to form a communication hole formed so as to open to the developing chamber such that an outside of the frame and the developing chamber are connected each other; a refilling step of refilling an inside of the frame with the developer via the communication hole; and a sealing step of sealing the communication hole. a frame having a storage chamber for storing developer, a developing chamber in which a developing roller for bearing the developer is to be arranged, and a partition portion that partitions the storage chamber and the developing chamber, the frame being provided with an opening in the partition portion such that the storage chamber and the developing chamber are connected each other; and a stirring member for stirring the developer, the stirring member being arranged in the storage chamber so as to be capable of coming into contact with a wall surface of the frame that forms the storage chamber, the remanufacturing method comprising: a communicating step of cutting a part of the frame to form a communication hole formed so as to open to the developing chamber such that an outside of the frame and the developing chamber are connected each other; a refilling step of refilling an inside of the frame with the developer via the communication hole; and a sealing step of sealing the communication hole. a communicating step of cutting a part of the frame to form a communication hole formed so as to open to the developing chamber such that an outside of the frame and the developing chamber are connected each other; a refilling step of refilling an inside of the frame with the developer via the communication hole; and a sealing step of sealing the communication hole.
An apparatus for determining the spatial location of abnormalities in a biological sample, comprising: a probe, a probe head distally connectable to the probe, the probe head further comprising a fixed plate having a plurality of electrode elements (212, 312, 412) forming an electrode array (210, 310); an RF signal source; an electrode selector; a detection circuit for measuring parameters of an electrical response of the biological sample, indicative of a dielectric property at the biological sample; characterised in that: the electrode array extends from the fixed plate, wherein each electrode element comprises a tip and a shaft, and is adapted to be variably actuatable to apply an electrical signal to the biological sample between selected pairs of electrode elements on the electrode array to form an electric circuit with the biological sample; the apparatus further comprises a moveable plate, adapted to control the depth to which the electrodes are inserted into the biological sample; the RF signal source is configured to apply the electrical signal to the electrode array; and the electrode selector is adapted and configured to switch a signal pulse from the RF signal source between the plurality of electrode elements. a probe, a probe head distally connectable to the probe, the probe head further comprising a fixed plate having a plurality of electrode elements (212, 312, 412) forming an electrode array (210, 310); an RF signal source; an electrode selector; a detection circuit for measuring parameters of an electrical response of the biological sample, indicative of a dielectric property at the biological sample; characterised in that: the electrode array extends from the fixed plate, wherein each electrode element comprises a tip and a shaft, and is adapted to be variably actuatable to apply an electrical signal to the biological sample between selected pairs of electrode elements on the electrode array to form an electric circuit with the biological sample; the apparatus further comprises a moveable plate, adapted to control the depth to which the electrodes are inserted into the biological sample; the RF signal source is configured to apply the electrical signal to the electrode array; and the electrode selector is adapted and configured to switch a signal pulse from the RF signal source between the plurality of electrode elements. the electrode array extends from the fixed plate, wherein each electrode element comprises a tip and a shaft, and is adapted to be variably actuatable to apply an electrical signal to the biological sample between selected pairs of electrode elements on the electrode array to form an electric circuit with the biological sample; the apparatus further comprises a moveable plate, adapted to control the depth to which the electrodes are inserted into the biological sample; the RF signal source is configured to apply the electrical signal to the electrode array; and the electrode selector is adapted and configured to switch a signal pulse from the RF signal source between the plurality of electrode elements.
A computer-readable medium, coupled to a processing unit and containing instructions stored thereon, the instructions, when executed, cause the processing unit to perform a method of guiding cloud users on cloud managing operations, wherein the cloud users perform operations on resources of a cloud provided by a cloud provider, wherein the method comprises: acquiring a profile (107, 201) based on behavior data in using cloud including monitoring and recording behavior data of a cloud user related to using the cloud; acquiring running status data of a cloud resource; generating a cloud management suggestion at least according to the profile and the running status data of the cloud resource; and providing the generated cloud management suggestion to the cloud user so as to guide the cloud user on cloud management operations, wherein generating the cloud management suggestion comprises sending the profile and the running status data to a primary artificial intelligence, AI, Bot module (601, 701) built on an AI data platform (602, 704), wherein the primary AI Bot module is configured to perform analysis on the profile and the running status data to determine whether the primary AI Bot module is able to generate the cloud management suggestion, the primary AI Bot module being further configured to directly access the AI data platform to obtain the cloud management suggestion, if it is determined that the primary AI Bot module is able to generate the cloud management suggestion, and to send the profile and the running status data to a third-party AI Bot module capable of generating the cloud management suggestion, if it is determined that the primary AI Bot module is unable to generate the cloud management suggestion. acquiring a profile (107, 201) based on behavior data in using cloud including monitoring and recording behavior data of a cloud user related to using the cloud; acquiring running status data of a cloud resource; generating a cloud management suggestion at least according to the profile and the running status data of the cloud resource; and providing the generated cloud management suggestion to the cloud user so as to guide the cloud user on cloud management operations, wherein generating the cloud management suggestion comprises sending the profile and the running status data to a primary artificial intelligence, AI, Bot module (601, 701) built on an AI data platform (602, 704), wherein the primary AI Bot module is configured to perform analysis on the profile and the running status data to determine whether the primary AI Bot module is able to generate the cloud management suggestion, the primary AI Bot module being further configured to directly access the AI data platform to obtain the cloud management suggestion, if it is determined that the primary AI Bot module is able to generate the cloud management suggestion, and to send the profile and the running status data to a third-party AI Bot module capable of generating the cloud management suggestion, if it is determined that the primary AI Bot module is unable to generate the cloud management suggestion.
A system for predicting a life expectancy of a plurality of luminaires, the system comprising: a gateway configured to control a dimming controller to provide a plurality of dimming levels to the plurality of luminaires, the gateway further configured to receive information related to the plurality of luminaires, the information comprising a current dimming level and at least one environmental condition, and the gateway further configured to relay the information to at least one server; and at least one sensor subsystem configured for detecting the information by detecting current conditions of at least one of the luminaire of the plurality of luminaires, the sensor subsystem comprising a first sensor and a second sensor to detect at least one change in the environmental condition, wherein the information is relayed to the gateway; wherein the at least one server comprises: a luminaire database configured to receive and store the information; and a processor configured to receive and use the information to calculate and predict the life expectancy of the plurality of luminaires and to generate and relay a life expectancy report to a user: the system being characterised by: the information further comprising color intensity related to the plurality of luminaires and the first sensor adapted to detect the color intensity. a gateway configured to control a dimming controller to provide a plurality of dimming levels to the plurality of luminaires, the gateway further configured to receive information related to the plurality of luminaires, the information comprising a current dimming level and at least one environmental condition, and the gateway further configured to relay the information to at least one server; and at least one sensor subsystem configured for detecting the information by detecting current conditions of at least one of the luminaire of the plurality of luminaires, the sensor subsystem comprising a first sensor and a second sensor to detect at least one change in the environmental condition, wherein the information is relayed to the gateway; wherein the at least one server comprises: a luminaire database configured to receive and store the information; and a processor configured to receive and use the information to calculate and predict the life expectancy of the plurality of luminaires and to generate and relay a life expectancy report to a user: the system being characterised by: the information further comprising color intensity related to the plurality of luminaires and the first sensor adapted to detect the color intensity. a luminaire database configured to receive and store the information; and a processor configured to receive and use the information to calculate and predict the life expectancy of the plurality of luminaires and to generate and relay a life expectancy report to a user: the system being characterised by: the information further comprising color intensity related to the plurality of luminaires and the first sensor adapted to detect the color intensity.
A load path status detection system (227, 300) comprising: a primary fastener (212, 302) extending through a primary structural link (210, 306); a load sensor (208, 304) associated with and positioned within the primary structural link (210, 306) and being configured to measure a load in the primary structural link (210, 306); the primary structural link (210, 306) that carries a load when a primary load path (232, 310) formed by the primary fastener (212, 302) and the primary structural link (210, 306) is functioning; and a secondary structural link being positioned parallel to the primary structural link (210, 306), wherein the secondary structural link does not carry the load when the primary load path (232, 310) is functioning. a primary fastener (212, 302) extending through a primary structural link (210, 306); a load sensor (208, 304) associated with and positioned within the primary structural link (210, 306) and being configured to measure a load in the primary structural link (210, 306); the primary structural link (210, 306) that carries a load when a primary load path (232, 310) formed by the primary fastener (212, 302) and the primary structural link (210, 306) is functioning; and a secondary structural link being positioned parallel to the primary structural link (210, 306), wherein the secondary structural link does not carry the load when the primary load path (232, 310) is functioning.
A multi-layer liner for a cooking vessel, comprising: a closed bottom having a bottom edge; a top opening comprising a first top edge and a second top edge; a first side seal extending along a first end from the top opening toward the bottom edge; a second side seal extending along a second end from the top opening toward the bottom edge; a first lateral wall formed by the first top edge, bottom edge, first side seal, and second side seal; and a second lateral wall formed by the second top edge, bottom edge, first side seal, and second side seal, wherein the liner material comprises: an aluminum foil sheet configured to contact the cooking vessel; and a polymer film comprising a biaxially-oriented polyethylene terephthalate layer coextruded with an amorphous polyethylene terephthalate sealant layer, wherein the aluminum foil sheet is thermally laminated to the polymer film. a closed bottom having a bottom edge; a top opening comprising a first top edge and a second top edge; a first side seal extending along a first end from the top opening toward the bottom edge; a second side seal extending along a second end from the top opening toward the bottom edge; a first lateral wall formed by the first top edge, bottom edge, first side seal, and second side seal; and a second lateral wall formed by the second top edge, bottom edge, first side seal, and second side seal, wherein the liner material comprises: an aluminum foil sheet configured to contact the cooking vessel; and a polymer film comprising a biaxially-oriented polyethylene terephthalate layer coextruded with an amorphous polyethylene terephthalate sealant layer, wherein the aluminum foil sheet is thermally laminated to the polymer film. an aluminum foil sheet configured to contact the cooking vessel; and a polymer film comprising a biaxially-oriented polyethylene terephthalate layer coextruded with an amorphous polyethylene terephthalate sealant layer, wherein the aluminum foil sheet is thermally laminated to the polymer film.
A non-woven fabric containing a bone prosthetic material wherein the bone prosthetic material is included between biocompatible fibers that constitute the non-woven fabric, the bone prosthetic material has a particle diameter of 50 to 5000 μm, and the non-woven fabric has a porosity of 80 to 97%.
A method of securing a drug delivery system against unintended telescopic assembly extension during transport, wherein the drug delivery system comprises a telescopic assembly comprising a pushing element (108, 204, 210) and a driving element (106, 202) threadedly engaged with the pushing element (108, 204, 210), the method comprising: providing resistance to unintended linear extension of the pushing element (108, 204, 210) of the telescopic assembly relative to the driving element (106, 202) of the assembly when the assembly is in a closed transport configuration, characterized in that providing resistance comprises at least one of: abutting an annular ring of the pushing element (204, 210) of the assembly with a lip of the drive element of the assembly; or heightening the friction against turning for at least one of a first few threads of an internal screw of the assembly; wherein the method further comprises placing the closed assembly into the drug delivery system; and wherein a torque required to overcome the provided resistance is less than a nominal operative torque required to stall a driving motor of the drug delivery system. abutting an annular ring of the pushing element (204, 210) of the assembly with a lip of the drive element of the assembly; or heightening the friction against turning for at least one of a first few threads of an internal screw of the assembly; wherein the method further comprises placing the closed assembly into the drug delivery system; and wherein a torque required to overcome the provided resistance is less than a nominal operative torque required to stall a driving motor of the drug delivery system.
An audio extension module (300, 400) comprising: a body that is configured to include a first cover that is covered with an image display device and a second cover that is fixed to a wall; an audio output unit that is configured to be built into the body and that is configured to be formed in such a manner as to receive an audio signal from the image display device and to output the audio signal; and a frame (320, 420) having larger size than the image display device, that is configured to cover a gap that is formed between the image display device and the body and that is configured to be removably combined with the body in such a manner as to enclose a border of the body, wherein the body includes an opening portion through which a portion of the wall is exposed, wherein the image display device is combined with the wall that is exposed through the opening portion using a combination module in such a manner as to move relatively with respect to the wall. a body that is configured to include a first cover that is covered with an image display device and a second cover that is fixed to a wall; an audio output unit that is configured to be built into the body and that is configured to be formed in such a manner as to receive an audio signal from the image display device and to output the audio signal; and a frame (320, 420) having larger size than the image display device, that is configured to cover a gap that is formed between the image display device and the body and that is configured to be removably combined with the body in such a manner as to enclose a border of the body, wherein the body includes an opening portion through which a portion of the wall is exposed, wherein the image display device is combined with the wall that is exposed through the opening portion using a combination module in such a manner as to move relatively with respect to the wall.
An extrusion device intended for producing a profile of plasticizable material, with at least one extruder head, in which the plasticizable material can be fed to a gap which is delimited by at least one roller and at least one bar which, in an operating position of the extrusion device, abuts a bearing surface in a predetermined position by means of a fixing element, wherein the fixing element has an in particular planar pressure transmission element which, in the operating position, can be made to abut a pressure surface of the bar facing the bearing surface as an abutment, wherein, in the operating position, the bar is pretensioned by a pretensioning element with a force (Fr) in a radial direction with respect to the roller in relation thereto, and the pretensioning element has a first contact surface for a carrier equipped with the pressure transmission element and a second contact surface for the bar, wherein the planes of the two contact surfaces (22, 23) have an inclination in relation to one another, in particular a perpendicular orientation in relation to one another, characterized in that the pretensioning element is configured as a pivoting lever which is pivotably moveable about a tension axis parallel to the roller axis, wherein the pressure transmission element is configured as a double-armed lever, which can be pivoted about at least one axis, for the purposes of compensating deviations from the desired or predetermined parallel orientation of said pressure transmission element with respect to the pressure surface of the bar.
Brake disc, which includes reinforcing fibers, silicon or silicon carbide forming a matrix and has pores and/or cracks on its surface that extend into the interior of the brake disc, characterized in that at least the pores and/or cracks found in a brake disc surface intended to provide friction between the brake disc and a brake lining were originally formed through a siliconizing step and subsequent cooling during the manufacture of the brake disc, and are filled with an additional material including preceramic polymers and/or their corresponding ceramics.
A drum washing machine comprising a body having an opening, a door to open or close the opening, a door switch to lock the door, and a door lock device coupled to the door switch, characterized in that the door lock device includes a door handle rotatably coupled to the door and a door lever pivotally installed to the door and selectively inserted into or separated from the door switch, wherein the body comprises a raised portion and the door lever further includes a hook portion to be selectively caught by or released from the raised portion, a rotating portion rotatably coupled to the door and having a rotation center, and a connecting portion to connect the hook portion and the rotating portion to each other, wherein the door lever includes a bent portion formed at a position thereof such that the connecting portion extends linearly from the hook portion to the bent portion, but extends obliquely from the bent portion to the rotating portion to enable release of coupling between the door and the body by a force (Fa, Fb) of a predetermined magnitude or greater applied to the inside of the door.
A current collector for a rechargeable battery, which comprises a conductive fiber layer including a plurality of conductive fibers, wherein each of the conductive fibers comprises: a conductive core consisting of a plurality of metal filaments; and a conductive binder matrix (20E, 20E') surrounding the outer circumferential surfaces of the conductive core, wherein the conductive binder matrix (20E, 20E') is a mixed composition of a polymer binder material and a conductive material, wherein the conductive material is dispersed in the polymer binder material, and wherein the conductive material is carbon black, acetylene black, ketjen black, fine carbon, superfine graphite particles, a metal particle, indium tin oxide, ITO, carbon nanotubes, graphene, or wherein the conductive material comprises carbon black, superfine graphite particles, acetylene black, fine carbon, a metal particle, metal indium tin oxide, ITO, carbon nanotubes, or a combination thereof, characterized in that the conductive binder matrix (20E, 20E') is gelated. a conductive core consisting of a plurality of metal filaments; and a conductive binder matrix (20E, 20E') surrounding the outer circumferential surfaces of the conductive core, wherein the conductive binder matrix (20E, 20E') is a mixed composition of a polymer binder material and a conductive material, wherein the conductive material is dispersed in the polymer binder material, and wherein the conductive material is carbon black, acetylene black, ketjen black, fine carbon, superfine graphite particles, a metal particle, indium tin oxide, ITO, carbon nanotubes, graphene, or wherein the conductive material comprises carbon black, superfine graphite particles, acetylene black, fine carbon, a metal particle, metal indium tin oxide, ITO, carbon nanotubes, or a combination thereof,