mhurhangee/ep-ind-claims huggingface dataset:
A frame structure for a reciprocating mold plate type food product forming apparatus, wherein the food product forming apparatus comprises at least one hydraulically driven pump (61, 62) that includes a pump piston (66, 68) driven into a pump cylinder (69, 89) by a driving mechanism, and a reciprocating drive connected to a mold plate, comprising: a) a frame portion supporting the reciprocating mold plate; b) a base structure; characterized by c) a first angular strut extending from a rear location on said base structure forward and upwardly to an elevated central location and fixed to said frame portion; d) a second angular strut extending from a forward location on said base structure rearward and upwardly to said elevated central location and fixed to said frame portion, and said first and second struts (510a, 512a) being sufficiently rigid to withstand reciprocal forces caused by said reciprocating mold plate, e) wherein at least one of said angular struts (510a, 512a) is fastened to said central location and to said base structure to be removable. a) a frame portion supporting the reciprocating mold plate; b) a base structure; characterized by c) a first angular strut extending from a rear location on said base structure forward and upwardly to an elevated central location and fixed to said frame portion; d) a second angular strut extending from a forward location on said base structure rearward and upwardly to said elevated central location and fixed to said frame portion, and said first and second struts (510a, 512a) being sufficiently rigid to withstand reciprocal forces caused by said reciprocating mold plate, e) wherein at least one of said angular struts (510a, 512a) is fastened to said central location and to said base structure to be removable.
Plug-in device combination for protecting an electrical network against overvoltages or overcurrents, comprising a device base and at least one plug-in module which can be plugged onto the device base, wherein the device base has a main housing with a recess for receiving the plug-in module, connection terminals for the conductors of the network to be protected, and plug-in contacts which are connected to the connection terminals, wherein the plug-in module has an inner housing, a hood-like outer housing which can be moved in a delimited manner between a first, lower position and a second, upper position in relation to the inner housing, a protective element which is arranged in the inner housing, in particular a lightning current and/or overvoltage arrester, and connection plug-in contacts which correspond to the plug-in contacts and are electrically conductively connected to the protective element, and wherein at least one latching connection, which acts between the device base and the inner housing of the plug-module, is provided characterized in that the latching connection has at least one resilient latching arm (10, 10') having a latching lug (11, 11') and has a latching recess or a latching projection, and in that at least one window is formed in at least one end side of the outer housing of the plug-in module, wherein the window interacts with the latching arm (10, 10') in such a way that the latching arm (10, 10') is not deflected in the first, lower position of the outer housing, so that, in the state in which the plug-in module is fully inserted in the recess, the plug-in module is secured by the latching connection, while the latching arm (10, 10') is deflected against its spring force in the second, upper position of the outer housing, as a result of which the latching connection is terminated.
A compound of the Formula: or a pharmaceutically acceptable salt thereof, wherein R 1 is -S(C 1 -C 4)alkyl; R 4 is halo, (C 1 -C 4)alkyl, or halo(C 1 -C 4)alkyl; R 5 is (C 1 -C 4)alkyl; and R 6 is (C 1 -C 4)alkyl. R 1 is -S(C 1 -C 4)alkyl; R 4 is halo, (C 1 -C 4)alkyl, or halo(C 1 -C 4)alkyl; R 5 is (C 1 -C 4)alkyl; and R 6 is (C 1 -C 4)alkyl.
An absorbent article (1, 501) comprising a main body (8, 508) including a liquid-permeable topsheet (3, 503), a liquid-impermeable backsheet, and an absorbent body disposed between the topsheet (3, 503) and the backsheet, wherein the main body (8, 508) has an elongated shape with a predetermined length in the front-rear direction and a predetermined width in a width direction orthogonal to the front-rear direction, and includes a compressed groove recessed from a topsheet (3, 503) side toward a backsheet side, wherein the compressed groove includes a pair of front-rear direction compressed grooves (10, 510) extending in the front-rear direction, wherein the front-rear direction compressed grooves (10, 510) each include high-compressed portions (11, 511) and a low-compressed portion (12, 512) that is less deeply recessed than the high-compressed portions (11, 511), and each include a first rear compressed groove (10b, 510b) formed in a region corresponding to an intergluteal cleft of a wearer when attached, and a middle compressed groove (10a, 510a) formed forward of the first rear compressed groove (10b, 510b), and wherein a total area per unit length in the front-rear direction of the high-compressed portions (11, 511) in the first rear compressed groove (10b, 510b) is smaller than a total area per unit length in the front-rear direction of the high-compressed portions (11, 511) in the middle compressed groove (10a, 510a). wherein the main body (8, 508) has an elongated shape with a predetermined length in the front-rear direction and a predetermined width in a width direction orthogonal to the front-rear direction, and includes a compressed groove recessed from a topsheet (3, 503) side toward a backsheet side, wherein the compressed groove includes a pair of front-rear direction compressed grooves (10, 510) extending in the front-rear direction, wherein the front-rear direction compressed grooves (10, 510) each include high-compressed portions (11, 511) and a low-compressed portion (12, 512) that is less deeply recessed than the high-compressed portions (11, 511), and each include a first rear compressed groove (10b, 510b) formed in a region corresponding to an intergluteal cleft of a wearer when attached, and a middle compressed groove (10a, 510a) formed forward of the first rear compressed groove (10b, 510b), and wherein a total area per unit length in the front-rear direction of the high-compressed portions (11, 511) in the first rear compressed groove (10b, 510b) is smaller than a total area per unit length in the front-rear direction of the high-compressed portions (11, 511) in the middle compressed groove (10a, 510a).
An implant delivery apparatus for treating an ocular disorder, comprising: a trocar comprising a distal end configured to create openings in eye tissue; at least two implants loaded within said implant delivery apparatus, each of said implants comprising an inner lumen through which at least a portion of said trocar extends; a collet having a distal end spaced from said distal end of said trocar and having loaded therein said implants for delivery into eye tissue; an energy source operably coupled to said collet and configured to release energy such that said distal end of said collet advances a respective one of said implants along said trocar and into eye tissue during an implant delivery cycle; and a metering device configured to transfer energy to said implants for delivery at selected locations of said eye tissue. a trocar comprising a distal end configured to create openings in eye tissue; at least two implants loaded within said implant delivery apparatus, each of said implants comprising an inner lumen through which at least a portion of said trocar extends; a collet having a distal end spaced from said distal end of said trocar and having loaded therein said implants for delivery into eye tissue; an energy source operably coupled to said collet and configured to release energy such that said distal end of said collet advances a respective one of said implants along said trocar and into eye tissue during an implant delivery cycle; and a metering device configured to transfer energy to said implants for delivery at selected locations of said eye tissue.
A steering column assembly having an adjustable shroud comprising a fixed portion secured to the vehicle body and a moving portion which can be collapsed telescopically through a normal range of adjustment relative to the fixed portion, a support bracket secured to a fixed part of the vehicle through a ride down mechanism which permits relative movement of the support bracket and the vehicle in the event that a force is applied to the moving shroud portion that exceeds a predetermined level, a clamp mechanism which releasably fixes the moving portion in position relative to the support bracket mounted to the vehicle body, the clamp mechanism being movable between a first, undamped, position in which the moving portion can move relative to the support bracket and the fixed portion and a second, clamped, position in which the fixed portion and moving portion are prevented from relative movement by clamping of the moving portion to the support bracket, and a blocking mechanism so arranged that when the clamp mechanism is in its first position the blocking mechanism prevents the moving portion from collapsing beyond the normal range of movement in the collapse direction by providing a path for axial forces applied to the moving portion to pass through the blocking mechanism to a stopper fixed relative to the vehicle body, character set in that the path bypasses both the ride down mechanism and the clamp mechanism, and when the clamp mechanism is in its second position the blocking mechanism is held clear of the stopper to permit additional telescopic movement of the moving portion towards the fixed portion beyond the normal range of adjustment.
A gap blocking system, comprising: a loading platform having a gap separating a first portion of the loading platform from a second portion of the loading platform; and a guardrail assembly comprising a plurality of guardrail units (102, 114, 152, 156, 160) coupled to the first portion of the loading platform and configured to transition between a first position and a second position, wherein the plurality of guardrail units are configured to block access to the gap when in the first position, wherein an individual guardrail unit of the plurality of guardrail units (102, 114, 152, 156, 160) is configured to interface with an engagement feature of a ride vehicle that is coupled to a transport that extends through the gap, the transport being configured to propel the ride vehicle along a loading path adjacent to the loading platform, to selectively transition the individual guardrail unit from the first position to the second position, and wherein the individual guardrail unit is configured to permit the ride vehicle to occupy a guest-accessible position adjacent to or on the loading platform in the second position. a loading platform having a gap separating a first portion of the loading platform from a second portion of the loading platform; and a guardrail assembly comprising a plurality of guardrail units (102, 114, 152, 156, 160) coupled to the first portion of the loading platform and configured to transition between a first position and a second position, wherein the plurality of guardrail units are configured to block access to the gap when in the first position, wherein an individual guardrail unit of the plurality of guardrail units (102, 114, 152, 156, 160) is configured to interface with an engagement feature of a ride vehicle that is coupled to a transport that extends through the gap, the transport being configured to propel the ride vehicle along a loading path adjacent to the loading platform, to selectively transition the individual guardrail unit from the first position to the second position, and wherein the individual guardrail unit is configured to permit the ride vehicle to occupy a guest-accessible position adjacent to or on the loading platform in the second position.
A method for remote monitoring of operating characteristics of a load cell, the method comprising: • providing a remote monitoring system on a load cell, the remote monitoring system having a main unit, including a processor module, and first sub-unit with a plurality of sensors coupled to a scale of the load cell in wired communication with the main unit • receiving from the plurality of sensors, at the main unit, sensed data indicative of a plurality of operating characteristics of the load cell; • analyzing at the processor module of the main unit the sensed data by the sensors of the first sub-unit for monitoring and checking critical data points, for checking all data points and for regularly recalculating quality control statistics to continually and automatically adjust preset thresholds that would generate a condition alert; and • sending alerts to a remote computing device when sensed data of an operating characteristic is outside of a preset or adjusted threshold. • providing a remote monitoring system on a load cell, the remote monitoring system having a main unit, including a processor module, and first sub-unit with a plurality of sensors coupled to a scale of the load cell in wired communication with the main unit • receiving from the plurality of sensors, at the main unit, sensed data indicative of a plurality of operating characteristics of the load cell; • analyzing at the processor module of the main unit the sensed data by the sensors of the first sub-unit for monitoring and checking critical data points, for checking all data points and for regularly recalculating quality control statistics to continually and automatically adjust preset thresholds that would generate a condition alert; and • sending alerts to a remote computing device when sensed data of an operating characteristic is outside of a preset or adjusted threshold.
A vehicular air curtain system comprising: a vehicular air curtain device (130, 150, 170, 190) configured to send air continuously to a sensor or a sensor cover mounted on a vehicle at a predetermined wind speed or a predetermined air flow rate to prevent dirt from adhering to the sensor or the sensor cover; an information acquisition unit configured to acquire information indicating bad weather; and a control unit configured to control the vehicular air curtain device, wherein the control unit operates the vehicular air curtain device (130, 150, 170, 190) based on the information indicating bad weather acquired by the information acquisition unit; characterized in that the information acquisition unit is configured to acquire output of a thermometer configured to acquire a temperature outside the vehicle and a wiper operation signal for operating a wiper, and the control unit operates the vehicular air curtain device (130, 150, 170, 190) when the temperature outside the vehicle is equal to or lower than a predetermined temperature and the wiper is operating. a vehicular air curtain device (130, 150, 170, 190) configured to send air continuously to a sensor or a sensor cover mounted on a vehicle at a predetermined wind speed or a predetermined air flow rate to prevent dirt from adhering to the sensor or the sensor cover; an information acquisition unit configured to acquire information indicating bad weather; and a control unit configured to control the vehicular air curtain device, wherein the control unit operates the vehicular air curtain device (130, 150, 170, 190) based on the information indicating bad weather acquired by the information acquisition unit; characterized in that the information acquisition unit is configured to acquire output of a thermometer configured to acquire a temperature outside the vehicle and a wiper operation signal for operating a wiper, and the control unit operates the vehicular air curtain device (130, 150, 170, 190) when the temperature outside the vehicle is equal to or lower than a predetermined temperature and the wiper is operating.
A device for generating nitric oxide from nitrogen dioxide, comprising: a body including an inlet and an outlet; and a porous solid matrix positioned within the body, wherein the porous solid matrix is coated with an aqueous solution of an antioxidant, and wherein the inlet is configured to receive a gas flow, characterized in that the porous solid matrix is positioned within the body such that a space is formed between the body and the porous solid matrix, and in that body includes a diverter which is positioned at the inlet end of the body between the inlet and the porous solid matrix, and which directs the gas flow to the space between the body and the porous solid matrix, and the gas flow is fluidly communicated to the outlet through the porous solid matrix to convert nitrogen dioxide in the gas flow into nitric oxide. a body including an inlet and an outlet; and a porous solid matrix positioned within the body, wherein the porous solid matrix is coated with an aqueous solution of an antioxidant, and wherein the inlet is configured to receive a gas flow, characterized in that the porous solid matrix is positioned within the body such that a space is formed between the body and the porous solid matrix, and in that body includes a diverter which is positioned at the inlet end of the body between the inlet and the porous solid matrix, and which directs the gas flow to the space between the body and the porous solid matrix, and the gas flow is fluidly communicated to the outlet through the porous solid matrix to convert nitrogen dioxide in the gas flow into nitric oxide.
A disinfection kit for a medical instrument comprising a disinfection system and a detection kit for the medical instrument, the disinfection system being configured to implement a disinfection cycle of a medical instrument by UV radiation, the disinfection system comprising: - a disinfection chamber configured to receive at least one portion of the medical instrument; - a suspension means for suspending said at least one portion of the medical instrument in said disinfection chamber; - a detection device configured to detect a marker integral with said medical instrument, in a predetermined detection area of the disinfection system; - a controller configured to generate a non-detection signal in case of non-detection of said marker in said predetermined detection area, - the detection kit being intended for disinfection in the disinfection system, said medical instrument comprising a head and a connection cable of the head, - the detection kit comprising: - a marker configured to be integrally affixed to a portion of the connection cable adjacent the head for detection by said detection device; and - a protective ring of said marker, said protective ring further interacting with said suspension means for suspending the connection cable. - a disinfection chamber configured to receive at least one portion of the medical instrument; - a suspension means for suspending said at least one portion of the medical instrument in said disinfection chamber; - a detection device configured to detect a marker integral with said medical instrument, in a predetermined detection area of the disinfection system; - a controller configured to generate a non-detection signal in case of non-detection of said marker in said predetermined detection area, - the detection kit being intended for disinfection in the disinfection system, said medical instrument comprising a head and a connection cable of the head, - the detection kit comprising: - a marker configured to be integrally affixed to a portion of the connection cable adjacent the head for detection by said detection device; and - a protective ring of said marker, said protective ring further interacting with said suspension means for suspending the connection cable. - a marker configured to be integrally affixed to a portion of the connection cable adjacent the head for detection by said detection device; and - a protective ring of said marker, said protective ring further interacting with said suspension means for suspending the connection cable.
A locking system applicable in a large container, comprises a first component (2,4;5), a second component (1,3;4), and a latch; wherein the latch is movably received within the first component (2,4;5), and correspondingly the second component (1,3;4) is provided with a groove to receive a section of the latch extending from the receiving section of the first component (2,4;5); wherein the locking system further comprises a handle; the handle is arranged on the first component (2,4;5) via pivot shafts and is allowed to turn towards an outer side of the first component (2,4;5); the handle is provided at a section thereof away from the pivot shafts with male pins; the latch is provided with concave profiles in correspondence to the male pins; the male pins and the concave profiles are engaged to form a sliding pair, so that the handle and the latch constitute a lever system; the lever system uses the pivot shaft as a fulcrum, the handle as a driving member, and the latch as a driven member, where the distance between a force-exerting section of the handle and the fulcrum is greater than the distance from the sliding pair to the fulcrum; wherein the handle is received by a concave portion of the first component (2,4;5), and opposite sides of the handle are connected to two opposite sides of the concave portion through the pivot shafts respectively; the male pins are provided on the opposite sides of the handle respectively; the latch is provided with a tongue and control arms extending from two sides of the tongue respectively; the concave profiles are formed on the control arms respectively; the control arms of the latch pass through a hole of the first component (2,4;5), enter into the concave portion and engage with the corresponding male pins through the concave profiles; the tongue of the latch protrudes from the first component (2,4;5) and is inserted into the groove of the second component (1,3;4) so as to interlock the first component (2,4;5) and the second component (1,3;4); and protrusions are provided on the opposite sides of the concave portion respectively, and elongated guiding grooves are provided on the opposite sides of the latch correspondingly; the protrusions are positioned on the guiding grooves respectively so as to ensure the latch to move linearly.
A bone material dispensing system comprising a funnel having a proximal portion, the proximal portion comprising a top end and a bottom end, the top end opposite the bottom end, the top end comprising a surface having a protrusion configured to receive a locking member of a bone material dispensing device and the bottom end comprising a connector configured to secure the funnel to the bone material dispensing device, characterised in that the protrusion comprises two protrusions disposed on two opposite ends of the surface of the top end across a width of the proximal portion.