mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack, comprising: an upper cover comprising an upper cover body and an explosion-proof exhaust structure , wherein the upper cover body comprises a top plate in an upper part and a side plate , and an opening in a lower part, wherein the explosion-proof exhaust structure is disposed on the side plate , and an exhaust duct is provided between the top plate and the explosion-proof exhaust structure , the explosion-proof exhaust structure is correspondingly set at each end of the exhaust duct ; and a lower housing , wherein the upper cover is disposed above the lower housing , the lower housing is disposed with batteries , and each of the batteries is provided with a first explosion-proof valve ; wherein, a number of the exhaust duct corresponds to a row number of the batteries disposed in the lower housing , and a lower opening of an each respective exhaust duct is positioned corresponding to first explosion-proof valves of a corresponding row of the batteries , such that hot gas from the battery is capable to be exhausted to the explosion-proof exhaust structure of a corresponding exhaust duct along a shortest path; wherein the number of the exhaust duct is two or more, and the row number of batteries is two or more. an upper cover comprising an upper cover body and an explosion-proof exhaust structure , wherein the upper cover body comprises a top plate in an upper part and a side plate , and an opening in a lower part, wherein the explosion-proof exhaust structure is disposed on the side plate , and an exhaust duct is provided between the top plate and the explosion-proof exhaust structure , the explosion-proof exhaust structure is correspondingly set at each end of the exhaust duct ; and a lower housing , wherein the upper cover is disposed above the lower housing , the lower housing is disposed with batteries , and each of the batteries is provided with a first explosion-proof valve ; an upper cover body and an explosion-proof exhaust structure , wherein the upper cover body comprises a top plate in an upper part and a side plate , and an opening in a lower part, wherein the explosion-proof exhaust structure is disposed on the side plate , and an exhaust duct is provided between the top plate and the explosion-proof exhaust structure , the explosion-proof exhaust structure is correspondingly set at each end of the exhaust duct ; and a lower housing , wherein the upper cover is disposed above the lower housing , the lower housing is disposed with batteries , and each of the batteries is provided with a first explosion-proof valve ; wherein, a number of the exhaust duct corresponds to a row number of the batteries disposed in the lower housing , and a lower opening of an each respective exhaust duct is positioned corresponding to first explosion-proof valves of a corresponding row of the batteries , such that hot gas from the battery is capable to be exhausted to the explosion-proof exhaust structure of a corresponding exhaust duct along a shortest path; wherein the number of the exhaust duct is two or more, and the row number of batteries is two or more.
A printing system , comprising: an inkjet print head to form a printed image on a media substrate ; an ink reservoir in fluid communication with the inkjet print head, the ink reservoir comprising a plasma curable ink, wherein the plasma curable ink is substantially devoid of photoinitiators and comprises a polymerizable component capable of polymerizing upon exposure to free radicals; and a plasma generator positioned with respect to the inkjet print head to treat the printed image after application to the media substrate. an inkjet print head to form a printed image on a media substrate ; an ink reservoir in fluid communication with the inkjet print head, the ink reservoir comprising a plasma curable ink, wherein the plasma curable ink is substantially devoid of photoinitiators and comprises a polymerizable component capable of polymerizing upon exposure to free radicals; and a plasma generator positioned with respect to the inkjet print head to treat the printed image after application to the media substrate.
A preform (30, 30', 30") with a fibrous reinforcement woven in one piece by a three-dimensional weaving to create a fan inter-blade platform , the inter-blade platform comprising an aerodynamic base extending along a longitudinal axis and a fixing structure comprising stiffening elements which extend from the aerodynamic base along a radial axis and substantially at the level of a median part of the aerodynamic base along the longitudinal axis, the stiffening elements also extending along a transverse axis Y perpendicular to the radial and longitudinal axes, the preform (30, 30', 30") comprising: - a first fibrous part intended to form the aerodynamic base and extending along a longitudinal direction L, - a second fibrous part intended to form at least partly the stiffening elements of the inter-blade platform, - a first connection zone in which the first and second parts are woven together, and - a first disconnection zone delimited by a first disconnection line extending along a transverse direction T perpendicular to the longitudinal direction and in which the first and second parts are separated from one another at least from the first disconnection line so as to obtain stiffening elements having an axial cross-section with respect to the longitudinal axis shaped like a T, Y, or π with the aerodynamic base, the first disconnection zone being adjacent to the first connection zone in a longitudinal direction L. - a first fibrous part intended to form the aerodynamic base and extending along a longitudinal direction L, - a second fibrous part intended to form at least partly the stiffening elements of the inter-blade platform, - a first connection zone in which the first and second parts are woven together, and - a first disconnection zone delimited by a first disconnection line extending along a transverse direction T perpendicular to the longitudinal direction and in which the first and second parts are separated from one another at least from the first disconnection line so as to obtain stiffening elements having an axial cross-section with respect to the longitudinal axis shaped like a T, Y, or π with the aerodynamic base, the first disconnection zone being adjacent to the first connection zone in a longitudinal direction L.
Composition comprising: - at least one solvent whose composition comprises Nmethylpyrrolidone in mass contents of between 80% and 98.99%, limits inclusive, water in mass contents of less than 1% and at least one compound bearing at least one γ-butyrolactam or γ-butyrolactone ring, NMP excluded, each of these compounds being present in mass proportions ranging from 0.01% to 19%, limits inclusive, alone or in combination, the total of these compounds not exceeding 19%, said solvent being present in mass proportions of greater than or equal to 50 %, - at least one electron conductor in solid form in proportions of less than or equal to 50%, 0 excluded. - at least one solvent whose composition comprises Nmethylpyrrolidone in mass contents of between 80% and 98.99%, limits inclusive, water in mass contents of less than 1% and at least one compound bearing at least one γ-butyrolactam or γ-butyrolactone ring, NMP excluded, each of these compounds being present in mass proportions ranging from 0.01% to 19%, limits inclusive, alone or in combination, the total of these compounds not exceeding 19%, said solvent being present in mass proportions of greater than or equal to 50 %, - at least one electron conductor in solid form in proportions of less than or equal to 50%, 0 excluded.
An OH radical measurement device, comprising: an accommodation unit configured to accommodate an OH radical detection probe including an aromatic carboxylic acid, a polar aprotic organic solvent, and a polar protic organic solvent; a gas supply unit configured to supply a gas to be measured into the accommodation unit; and a concentration conversion unit configured to convert a concentration of an OH radical in the gas to be measured based on a concentration of a reaction product of the aromatic carboxylic acid and the OH radical in the OH radical detection probe after being brought into contact with the gas to be measured. an accommodation unit configured to accommodate an OH radical detection probe including an aromatic carboxylic acid, a polar aprotic organic solvent, and a polar protic organic solvent; a gas supply unit configured to supply a gas to be measured into the accommodation unit; and a concentration conversion unit configured to convert a concentration of an OH radical in the gas to be measured based on a concentration of a reaction product of the aromatic carboxylic acid and the OH radical in the OH radical detection probe after being brought into contact with the gas to be measured.
A cable comprising: a cable body portion ; a connector portion attached to a longitudinal end portion of the cable body portion ; and a tube-shaped cable holder which covers at least one circumferential surface of the connector portion and the cable body portion , wherein the cable holder is disposed in the vicinity of the cable body portion and the connector portion , with its rotational axis coincident with the central axis of the cable body portion , and wherein the cable holder is rotatably attached to the connector portion via a ring which is coupled to a continuous ring groove being formed in a circumferential direction on an outer circumferential surface of the connector portion and an inner circumferential surface of the cable holder , or via a ball bearing comprising a plurality of balls being provided in the continuous ring groove between the cable holder and the connector portion , the cable holder being provided to be entirely or partially rotatable, in 360° or more in a circumferential direction, about a central axis line of the cable body portion relative to the cable body portion , and to be held by an operator when connected to the connector portion . a cable body portion ; a connector portion attached to a longitudinal end portion of the cable body portion ; and a tube-shaped cable holder which covers at least one circumferential surface of the connector portion and the cable body portion , wherein the cable holder is disposed in the vicinity of the cable body portion and the connector portion , with its rotational axis coincident with the central axis of the cable body portion , and wherein the cable holder is rotatably attached to the connector portion via a ring which is coupled to a continuous ring groove being formed in a circumferential direction on an outer circumferential surface of the connector portion and an inner circumferential surface of the cable holder , or via a ball bearing comprising a plurality of balls being provided in the continuous ring groove between the cable holder and the connector portion , a ring which is coupled to a continuous ring groove being formed in a circumferential direction on an outer circumferential surface of the connector portion and an inner circumferential surface of the cable holder , or via a ball bearing comprising a plurality of balls being provided in the continuous ring groove between the cable holder and the connector portion , the cable holder being provided to be entirely or partially rotatable, in 360° or more in a circumferential direction, about a central axis line of the cable body portion relative to the cable body portion , and to be held by an operator when connected to the connector portion .
A device, comprising: a holder mountable to a manipulator ; a processing machine with a tool ; a linear actuator coupled to the processing machine for adjusting a relative position of the tool relative to the holder ; characterized by a maintenance unit having a bracket pivotally mounted to the holder such that the maintenance unit can be positioned at least partially in front of the tool by pivoting the bracket . a holder mountable to a manipulator ; a processing machine with a tool ; a linear actuator coupled to the processing machine for adjusting a relative position of the tool relative to the holder ; characterized by a maintenance unit having a bracket pivotally mounted to the holder such that the maintenance unit can be positioned at least partially in front of the tool by pivoting the bracket .
An image sensor, comprising: a plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) set along the columnar direction, characterized in that the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) each contain a first node (Pa(n+1); Pa(n); Pa(n-1)) to which an electric charge obtained via photoelectric conversion is transferred and a plurality of transistors (SWA(n+1); RST(n+1); SWA(n); RST(n); SWA(n-1); RST(n-1)) which control a connection between the first node (Pa(n+1); Pa(n); Pa(n-1)) and a power line through which a source voltage is applied, the plurality of transistors that the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) each contain include a first transistor (SWA(n+1); SWA(n); SWA(n-1)) connected with the first node (Pa(n+1); Pa(n); Pa(n-1)) and a reset transistor (RST(n+1); RST(n); RST(n-1)) connected with the power line, and the first transistors (SWA(n+1); SWA(n)) contained in the pixel blocks (BL(n+1); BL(n)), respectively, that are arranged adj acent to each other among the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)), are connected to each other in series. a plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) set along the columnar direction, characterized in that the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) each contain a first node (Pa(n+1); Pa(n); Pa(n-1)) to which an electric charge obtained via photoelectric conversion is transferred and a plurality of transistors (SWA(n+1); RST(n+1); SWA(n); RST(n); SWA(n-1); RST(n-1)) which control a connection between the first node (Pa(n+1); Pa(n); Pa(n-1)) and a power line through which a source voltage is applied, the plurality of transistors that the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) each contain include a first transistor (SWA(n+1); SWA(n); SWA(n-1)) connected with the first node (Pa(n+1); Pa(n); Pa(n-1)) and a reset transistor (RST(n+1); RST(n); RST(n-1)) connected with the power line, and the first transistors (SWA(n+1); SWA(n)) contained in the pixel blocks (BL(n+1); BL(n)), respectively, that are arranged adj acent to each other among the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)), are connected to each other in series.
An audio signal processing method, wherein the method comprises: obtaining a voice coil direct current resistance of a speaker, comprising: obtaining feedback voltage signals and feedback current signals at two ends of the speaker by using a feedback circuit; and obtaining the voice coil direct current resistance based on the feedback voltage signals and the feedback current signals; obtaining an audio input signal to be input into the speaker; determining an audio input power based on the voice coil direct current resistance and the audio input signal; obtaining a thermal model of the speaker, and determining a transient power threshold based on the audio input power and the thermal model; determining a power constraint gain based on the audio input power and the transient power threshold, wherein if the audio input power is greater than the transient power threshold, the power constraint gain is less than 1; obtaining a voice coil temperature of the speaker; determining a temperature constraint gain based on the voice coil temperature and an upper operating temperature limit of the speaker, wherein if the voice coil temperature is greater than the upper operating temperature limit of the speaker, the temperature constraint gain is less than 1; and adjusting the audio input signal based on the power constraint gain and the temperature constraint gain, to obtain a target signal. obtaining a voice coil direct current resistance of a speaker, comprising: obtaining feedback voltage signals and feedback current signals at two ends of the speaker by using a feedback circuit; and obtaining the voice coil direct current resistance based on the feedback voltage signals and the feedback current signals; obtaining feedback voltage signals and feedback current signals at two ends of the speaker by using a feedback circuit; and obtaining the voice coil direct current resistance based on the feedback voltage signals and the feedback current signals; obtaining an audio input signal to be input into the speaker; determining an audio input power based on the voice coil direct current resistance and the audio input signal; obtaining a thermal model of the speaker, and determining a transient power threshold based on the audio input power and the thermal model; determining a power constraint gain based on the audio input power and the transient power threshold, wherein if the audio input power is greater than the transient power threshold, the power constraint gain is less than 1; obtaining a voice coil temperature of the speaker; determining a temperature constraint gain based on the voice coil temperature and an upper operating temperature limit of the speaker, wherein if the voice coil temperature is greater than the upper operating temperature limit of the speaker, the temperature constraint gain is less than 1; and adjusting the audio input signal based on the power constraint gain and the temperature constraint gain, to obtain a target signal.
A detection system for locating markers or tracers in the body, the system comprising: a base unit and at least two detection probes , wherein a first detection probe uses a first non-imaging detection technology to detect an implantable marker and the detection system is characterised in that a second detection probe uses a second different, non-imaging detection technology to detect an injectable tracer ; and the base unit is capable of receiving detection signals and providing detection information to a user from both probes . a base unit and at least two detection probes , wherein a first detection probe uses a first non-imaging detection technology to detect an implantable marker and the detection system is characterised in that a second detection probe uses a second different, non-imaging detection technology to detect an injectable tracer ; and the base unit is capable of receiving detection signals and providing detection information to a user from both probes .
A ventilator configured to blow air through a flow path from an opening part , the ventilator comprising: a first louver on which a knob is mounted; a plurality of second louvers each extending in a direction intersecting a longitudinal direction of the first louver , and arranged further to an upstream side in an airflow direction than the first louver ; a pair of side walls rotatably supporting the first louver , and the side walls defining a portion of the opening part ; and a first inclined member that forms another portion of the opening part between the pair of side walls , and the first inclined member being inclined so that an opening area of the opening part widens from the upstream side to a downstream side in the airflow direction, the first inclined member having a vertex of inclination in a cross-sectional view that is positioned at the upstream side in the airflow direction; wherein in a maximum angle state in which the first louver is rotated so that an upstream end part of the first louver is closest to the first inclined member , the upstream end part is positioned further to the downstream side in the airflow direction than the vertex , characterized by a convex part being arranged adjacent at the upstream side in the airflow direction to the vertex , wherein the convex part projects further to an inside of the flow path than the vertex in a direction orthogonal to both a rotation axis of the first louver and the airflow direction, and the convex part extends across the plurality of second louvers when seen along the airflow direction. a first louver on which a knob is mounted; a plurality of second louvers each extending in a direction intersecting a longitudinal direction of the first louver , and arranged further to an upstream side in an airflow direction than the first louver ; a pair of side walls rotatably supporting the first louver , and the side walls defining a portion of the opening part ; and a first inclined member that forms another portion of the opening part between the pair of side walls , and the first inclined member being inclined so that an opening area of the opening part widens from the upstream side to a downstream side in the airflow direction, the first inclined member having a vertex of inclination in a cross-sectional view that is positioned at the upstream side in the airflow direction; wherein in a maximum angle state in which the first louver is rotated so that an upstream end part of the first louver is closest to the first inclined member , the upstream end part is positioned further to the downstream side in the airflow direction than the vertex , characterized by a convex part being arranged adjacent at the upstream side in the airflow direction to the vertex , wherein the convex part projects further to an inside of the flow path than the vertex in a direction orthogonal to both a rotation axis of the first louver and the airflow direction, and the convex part extends across the plurality of second louvers when seen along the airflow direction.
An industrial vehicle cab defining a driver compartment and front and rear directions when mounted onto a vehicle and having a front wall and two side walls , said walls including rigid body components , the cab comprising a side door for entering the driver compartment , a step arranged on a side wall for allowing the driver to climb up to / get down from the driver compartment , and a lighting system for illuminating the step , the lighting system being fastened on at least one body component , said lighting system being located forward of the step in the front-rear direction and being arranged to provide a light beam towards at least part of the step and towards an area of the ground at the bottom of the step , characterized in that said lighting system is located along at least a portion of the step in the vertical direction (Z), and in that said one body component comprises a side panel having a rear wall through which the light beam provided by the lighting system is emitted.