mhurhangee/patent-ind-claim-en huggingface dataset:
An inverter device having an inverter module for converting direct current (DC) power into alternate current (AC) power and supplying the AC power to a load, the device including: a casing housing the inverter module therein and having a plurality of heat dissipation holes defined in a rear face thereof; an input/output terminal unit fastened to a top of a front face of the casing using first fasteners , wherein a plurality of cables are electrically coupled to an inner face of the input/output terminal unit using second fasteners ; and a heat dissipation fan disposed below the input/output terminal unit and fixed to the front face of the casing , wherein the fan discharges heat generated from the inverter module to an outside of the casing through the heat dissipation holes , characterized in that the input/output terminal unit is open at a front and a top thereof, wherein the input/output terminal unit is composed of a plurality of terminal blocks , each block having a slot formed therein, wherein the terminal blocks are arranged horizontally and are individually fastened to the casing . a casing housing the inverter module therein and having a plurality of heat dissipation holes defined in a rear face thereof; an input/output terminal unit fastened to a top of a front face of the casing using first fasteners , wherein a plurality of cables are electrically coupled to an inner face of the input/output terminal unit using second fasteners ; and a heat dissipation fan disposed below the input/output terminal unit and fixed to the front face of the casing , wherein the fan discharges heat generated from the inverter module to an outside of the casing through the heat dissipation holes , characterized in that the input/output terminal unit is open at a front and a top thereof, wherein the input/output terminal unit is composed of a plurality of terminal blocks , each block having a slot formed therein, wherein the terminal blocks are arranged horizontally and are individually fastened to the casing .
A metal negative electrode cell comprising; a positive electrode , a metal negative electrode , and an electrolytic solution , wherein the metal negative electrode includes an immersion means for controlling an area of the metal negative electrode immersed in the electrolytic solution at the time of use, by means of which the metal negative electrode is pushed out or pushed back towards the electrolytic solution , such that the metal negative electrode is immersed in the electrolyte solution according to demand.
A method of displaying an event indication in a mobile terminal, the method comprising: detecting a first event corresponding to a first incoming communication, in response to the first incoming communication (S304); displaying a first indication, in a form of a first pop-up box, to notify of the detected first event, the first indication including time information identifying a time of the detection of the first event; detecting a second event corresponding to a second incoming communication, in response to the second incoming communication; identifying whether a type of the detected second event is a same type of event as the detected first event (S306); updating the first indication, being displayed in the form of the first pop-up box, to notify of the detected second event including time information identifying a time of the detection of the second event (S324), when the type of the detected second event is the same type of event as the detected first event (S306); and displaying a second indication, in a form of a second pop-up box, to notify of the detected second event (S314), when the type of the detected second event is not the same type of event as the detected first event, the second indication including time information identifying a time of the detection of the second event. detecting a first event corresponding to a first incoming communication, in response to the first incoming communication (S304); displaying a first indication, in a form of a first pop-up box, to notify of the detected first event, the first indication including time information identifying a time of the detection of the first event; detecting a second event corresponding to a second incoming communication, in response to the second incoming communication; identifying whether a type of the detected second event is a same type of event as the detected first event (S306); updating the first indication, being displayed in the form of the first pop-up box, to notify of the detected second event including time information identifying a time of the detection of the second event (S324), when the type of the detected second event is the same type of event as the detected first event (S306); and displaying a second indication, in a form of a second pop-up box, to notify of the detected second event (S314), when the type of the detected second event is not the same type of event as the detected first event, the second indication including time information identifying a time of the detection of the second event.
A system for performing motor activity, comprising a plurality of modular devices , where each modular device comprises at least: - means of generating at least one sensory stimulus ; - an activation unit of means of generating at least one sensory stimulus ; - means of detecting a human reaction to said sensory stimuli ; the system also comprising a control unit intended to generate commands for the activation unit of each modular device , said external control unit comprising means for measuring the parameters acquired by at least: - one or more sensors to be associated with the body of at least one user, said sensor(s) to be associated with the body of a person comprising at least one microphone associated with a voice-recognition system and/or a sensor configured to detect movements or gestures of the body; and - one or more position sensors mounted on the modular device or on a supporting structure for said modular devices ; said control unit being configured to generate said commands for the activation units of the modular devices as a function of the parameters acquired by the aforesaid sensors, wherein the one or more sensors are associable with the body of a trainer, or a person in charge of controlling the system, so that it is possible for gestures of the body of the trainer or voice commands to be detected by detection means and generate signals for activation of the modular devices. - means of generating at least one sensory stimulus ; - an activation unit of means of generating at least one sensory stimulus ; - means of detecting a human reaction to said sensory stimuli ; the system also comprising a control unit intended to generate commands for the activation unit of each modular device , said external control unit comprising means for measuring the parameters acquired by at least: - one or more sensors to be associated with the body of at least one user, said sensor(s) to be associated with the body of a person comprising at least one microphone associated with a voice-recognition system and/or a sensor configured to detect movements or gestures of the body; and - one or more position sensors mounted on the modular device or on a supporting structure for said modular devices ;
Process for applying noise-reducing elements to a tyre for vehicle wheels, comprising: - arranging a plurality of noise-reducing elements on a feeding belt movable along a predetermined feeding direction (A); - once positioned on said feeding belt , aligning at least two of said noise-reducing elements along said feeding direction (A) and bringing said at least two noise-reducing elements into mutual contact along said feeding direction (A); - transferring said at least two noise-reducing elements from said feeding belt on a service plane arranged downstream of said feeding belt along said feeding direction (A) and having, on an upper surface thereof, a continuous film which supports a layer of adhesive material ; - applying said layer of adhesive material onto a lower surface of each of said at least two noise-reducing elements taking it from said continuous film ; - transferring one by one said at least two noise-reducing elements from said service plane to a conveyor belt arranged downstream of said service plane along said feeding direction (A); - positioning one by one said at least two noise-reducing elements on a radially inner surface of a tyre . - arranging a plurality of noise-reducing elements on a feeding belt movable along a predetermined feeding direction (A); - once positioned on said feeding belt , aligning at least two of said noise-reducing elements along said feeding direction (A) and bringing said at least two noise-reducing elements into mutual contact along said feeding direction (A); - transferring said at least two noise-reducing elements from said feeding belt on a service plane arranged downstream of said feeding belt along said feeding direction (A) and having, on an upper surface thereof, a continuous film which supports a layer of adhesive material ; - applying said layer of adhesive material onto a lower surface of each of said at least two noise-reducing elements taking it from said continuous film ; - transferring one by one said at least two noise-reducing elements from said service plane to a conveyor belt arranged downstream of said service plane along said feeding direction (A); - positioning one by one said at least two noise-reducing elements on a radially inner surface of a tyre .
A dispensing system , comprising: a manifold body comprising a liquid material passage and a process air passage; a heating member received in the manifold body , and the heating member having an upper portion, a lower portion, and an outer surface; and a nozzle configured to dispense a liquid material, wherein the heating member has a groove in the outer surface, the groove extends between the upper portion and the lower portion and forms at least a portion of the process air passage, the heating member is configured to heat process air as the process air passes through the groove , characterized in that the heating member is configured to heat the liquid material through contact of the outer surface of the heating member with the manifold body , and the heated process air is directed to the liquid material as it is dispensed, and that (a) the groove is tortuous and/or non-linear and comprises a plurality of annular segments and a plurality of longitudinal segments , the annular segments and the longitudinal segments alternating along a longitudinal length of the heating member; and/or (b) the groove defines a first flow path and a second flow path and the heating member is configured to divide the process air into the first flow path and the second flow path. a manifold body comprising a liquid material passage and a process air passage; a heating member received in the manifold body , and the heating member having an upper portion, a lower portion, and an outer surface; and a nozzle configured to dispense a liquid material, wherein the heating member has a groove in the outer surface, the groove extends between the upper portion and the lower portion and forms at least a portion of the process air passage, the heating member is configured to heat process air as the process air passes through the groove , characterized in that the heating member is configured to heat the liquid material through contact of the outer surface of the heating member with the manifold body , and the heated process air is directed to the liquid material as it is dispensed, and that (a) the groove is tortuous and/or non-linear and comprises a plurality of annular segments and a plurality of longitudinal segments , the annular segments and the longitudinal segments alternating along a longitudinal length of the heating member; and/or (b) the groove defines a first flow path and a second flow path and the heating member is configured to divide the process air into the first flow path and the second flow path. (a) the groove is tortuous and/or non-linear and comprises a plurality of annular segments and a plurality of longitudinal segments , the annular segments and the longitudinal segments alternating along a longitudinal length of the heating member; and/or (b) the groove defines a first flow path and a second flow path and the heating member is configured to divide the process air into the first flow path and the second flow path.
A surgical fastener comprising: a generally flat, circular body having a first surface and a second surface opposite the first surface ; and a generally cylindrical, solid post comprising: a first end, a second end, and a longitudinal axis extending between the first and second ends, the longitudinal axis being perpendicular to the second surface of the body , the first end of the post being fixedly coupled to a centre of the second surface ; wherein the body further comprises a pair of first through holes extending from the first surface to the second surface, the pair of first through holes being symmetrically offset from the centre of the second surface , and wherein the post further comprises an eyelet at the second end of the post transverse to the longitudinal axis, the first pair of through holes and the eyelet configured for the passage of a suture, characterised in that the edges of the body are rounded; and in that the post further comprises a second eyelet extending through the first end of the post configured for passage of an additional suture. a generally flat, circular body having a first surface and a second surface opposite the first surface ; and a generally cylindrical, solid post comprising: a first end, a second end, and a longitudinal axis extending between the first and second ends, the longitudinal axis being perpendicular to the second surface of the body , the first end of the post being fixedly coupled to a centre of the second surface ; wherein the body further comprises a pair of first through holes extending from the first surface to the second surface, the pair of first through holes being symmetrically offset from the centre of the second surface , and wherein the post further comprises an eyelet at the second end of the post transverse to the longitudinal axis, the first pair of through holes and the eyelet configured for the passage of a suture, a first end, a second end, and a longitudinal axis extending between the first and second ends, the longitudinal axis being perpendicular to the second surface of the body , the first end of the post being fixedly coupled to a centre of the second surface ; wherein the body further comprises a pair of first through holes extending from the first surface to the second surface, the pair of first through holes being symmetrically offset from the centre of the second surface , and wherein the post further comprises an eyelet at the second end of the post transverse to the longitudinal axis, the first pair of through holes and the eyelet configured for the passage of a suture, characterised in that the edges of the body are rounded; and in that the post further comprises a second eyelet extending through the first end of the post configured for passage of an additional suture.
A liquid-blow molding apparatus adapted for liquid-blow forming J Z a closed-end, resin-made preform into a container having predetermined shape, the apparatus comprising: - a blow-molding mold that partitions therein a cavity to house the preform inside the cavity , leaving its opening end; - a blow nozzle that supplies pressurized liquid inside the preform via the mouth in the preform ; - a partition-wall member that forms a mouth-external pressurized space between the outer-wall face, closely around a circumference of the outer-wall face of the mouth in the preform ; the apparatus being characterised in comprising - a pressurized liquid-supply means configured to supply pressurized liquid inside the mouth-external pressurized space at a pressure higher than a peak pressure generated in the preform when implementing liquid-blow molding. - a blow-molding mold that partitions therein a cavity to house the preform inside the cavity , leaving its opening end; - a blow nozzle that supplies pressurized liquid inside the preform via the mouth in the preform ; - a partition-wall member that forms a mouth-external pressurized space between the outer-wall face, closely around a circumference of the outer-wall face of the mouth in the preform ; - a pressurized liquid-supply means configured to supply pressurized liquid inside the mouth-external pressurized space at a pressure higher than a peak pressure generated in the preform when implementing liquid-blow molding.
Tool half for an injection moulding machine for producing an injection moulded part having at least one bushing-like insert part , comprising: - a mould region , which forms at least part of a cavity for the injection moulded part; - a transport channel extending inside the tool half and through the mould region ; - a feed channel , which is designed to feed the insert part into the tool half , extends vertically through the tool half and leads into a take-up region of the transport channel ; - a positioning unit , which is designed, by virtue of a movement from a demoulding position into an injecting position, to penetrate an opening in the insert part and to take up the insert part as a result when said insert part is arranged in the take-up region of the transport channel , and to transport the taken-up insert part from the take-up region to an injection moulding position in the region of the mould region , characterized in that - the tool half comprises a holding jaw , which can be moved between a fixing position and an enabling position and is arranged below the feed channel for the purpose of taking up the insert part ; - the holding jaw in the fixing position projects into the transport channel far enough that it blocks a movement of the insert part , arranged in the take-up region , in the direction of the mould region ; - the holding jaw in the enabling position has been moved out of the transport channel far enough that it enables a movement of the positioning unit , together with the insert part that it has taken up, in the direction of the mould region . - a mould region , which forms at least part of a cavity for the injection moulded part; - a transport channel extending inside the tool half and through the mould region ; - a feed channel , which is designed to feed the insert part into the tool half , extends vertically through the tool half and leads into a take-up region of the transport channel ; - a positioning unit , which is designed, by virtue of a movement from a demoulding position into an injecting position, to penetrate an opening in the insert part and to take up the insert part as a result when said insert part is arranged in the take-up region of the transport channel , and to transport the taken-up insert part from the take-up region to an injection moulding position in the region of the mould region , characterized in that - the tool half comprises a holding jaw , which can be moved between a fixing position and an enabling position and is arranged below the feed channel for the purpose of taking up the insert part ; - the holding jaw in the fixing position projects into the transport channel far enough that it blocks a movement of the insert part , arranged in the take-up region , in the direction of the mould region ; - the holding jaw in the enabling position has been moved out of the transport channel far enough that it enables a movement of the positioning unit , together with the insert part that it has taken up, in the direction of the mould region .
A stylus comprising: a stylus body defining a vertical direction; a tip disposed at the distal end of, and slidably connected to, the stylus body; a first force sensor and a second force sensor disposed inside the stylus body; and a tip holder shaft operatively connected to the tip and slidably connected to the stylus body, characterized in that : the tip holder shaft extends at least partially into an elastic pad disposed between the first force sensor and the second force sensor inside the stylus body ; the first force sensor and the second force sensor are resistive sensors disposed above and below the elastic pad; and a horizontal portion of the tip holder shaft is configured to apply a first force to the first force sensor and a second different force to the second force sensor via the elastic pad. a stylus body defining a vertical direction; a tip disposed at the distal end of, and slidably connected to, the stylus body; a first force sensor and a second force sensor disposed inside the stylus body; and a tip holder shaft operatively connected to the tip and slidably connected to the stylus body, characterized in that : the tip holder shaft extends at least partially into an elastic pad disposed between the first force sensor and the second force sensor inside the stylus body ; the first force sensor and the second force sensor are resistive sensors disposed above and below the elastic pad; and a horizontal portion of the tip holder shaft is configured to apply a first force to the first force sensor and a second different force to the second force sensor via the elastic pad. the tip holder shaft extends at least partially into an elastic pad disposed between the first force sensor and the second force sensor inside the stylus body ; the first force sensor and the second force sensor are resistive sensors disposed above and below the elastic pad; and a horizontal portion of the tip holder shaft is configured to apply a first force to the first force sensor and a second different force to the second force sensor via the elastic pad.