mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable battery comprising: an electrode assembly including a first electrode, a second electrode, and a separator that is disposed between the first electrode and the second electrode; a case where the electrode assembly is embedded; a cap plate that is coupled to an opening of the case; and a first electrode terminal provided on an upper side of the cap plate and having a first plate terminal that is electrically connected with the cap plate through a fuse portion and a second electrode terminal provided on the upper side of the cap plate and that is electrically connected with the second electrode by penetrating through the cap plate, characterized in that, the cap plate comprises a hose hole that is formed below the fuse portion such that a melted solution of the fuse portion is introduced into the cap plate. an electrode assembly including a first electrode, a second electrode, and a separator that is disposed between the first electrode and the second electrode; a case where the electrode assembly is embedded; a cap plate that is coupled to an opening of the case; and a first electrode terminal provided on an upper side of the cap plate and having a first plate terminal that is electrically connected with the cap plate through a fuse portion and a second electrode terminal provided on the upper side of the cap plate and that is electrically connected with the second electrode by penetrating through the cap plate, characterized in that, the cap plate comprises a hose hole that is formed below the fuse portion such that a melted solution of the fuse portion is introduced into the cap plate.
Motor-vehicle seat, comprising - a seat cushion, and - a seat backrest, - wherein each of said seat cushion and seat backrest comprises: - a padding body (1, 1') constituted of foamed plastic material, and - a cover applied on said padding body (1, 1'), - wherein in the padding body (1, 1') of at least one of said seat cushion and seat backrest is formed a passage for a flow of air coming from the air conditioning system of the motor-vehicle, characterized in that said passage for the air coming from the air conditioning system of the motor-vehicle comprises a cavity defined between said cover and a lowered surface portion formed in the outer surface of the padding body, in that at least part of said cavity is separated from the cover through a layer (2, 200, 2', 200') of a material substantially impervious to air, adapted to exchange heat by thermal conduction through said cover, with the body of the occupant. - a seat cushion, and - a seat backrest, - wherein each of said seat cushion and seat backrest comprises: - a padding body (1, 1') constituted of foamed plastic material, and - a cover applied on said padding body (1, 1'), - wherein in the padding body (1, 1') of at least one of said seat cushion and seat backrest is formed a passage for a flow of air coming from the air conditioning system of the motor-vehicle,
A port plate for use in an integrated drive generator comprising: a body defining a semi-cylindrical charge port communicating with two circumferentially smaller charge port portions, and a diametrically opposed working pressure port having three smaller working pressure ports, and a center plane defined extending through a bore center axis of a bore within said body, and equidistance between circumferential ends of said charge port and said working fluid port, and a first angle defined between said plane and a circumferential end of one of said smaller charge ports, and said first angle being between 15 and 25 degrees, and characterised in that a drainage port is defined along said center plane, and said drainage port including a pair of passages extending from an inner surface of said body, and laterally outer sides of said body, laterally inwardly to meet at an extending passage. a body defining a semi-cylindrical charge port communicating with two circumferentially smaller charge port portions, and a diametrically opposed working pressure port having three smaller working pressure ports, and a center plane defined extending through a bore center axis of a bore within said body, and equidistance between circumferential ends of said charge port and said working fluid port, and a first angle defined between said plane and a circumferential end of one of said smaller charge ports, and said first angle being between 15 and 25 degrees, and characterised in that a drainage port is defined along said center plane, and said drainage port including a pair of passages extending from an inner surface of said body, and laterally outer sides of said body, laterally inwardly to meet at an extending passage.
A method of encoding data for optical data transmission along a transmission link, wherein the data is encoded based on an adaptive constellation diagram in a 2-D plane, said constellation diagram including a first and a second pair of symbols, - wherein the symbols of the first pair of symbols are located at opposite sides of an origin of the 2-D plane at a first distance d 1 from each other, and - wherein the symbols of the second pair of symbols are located at opposite sides of the origin of the 2-D plane at a second distance d2 from each other, wherein a line connecting the first pair of symbols and a line connecting the second pair of symbols are perpendicular to each other, wherein the method comprises a step of adapting the constellation diagram by varying the ratio of the first and second distances d 1, d2 such as to minimize or nearly minimize a bit error rate in the transmitted data, wherein said transmission is subjected to additive noise and phase noise, wherein said additive noise is characterized by random isotropic shifts of constellation points in the 2-D plane, and said phase noise is characterized by a random rotation of constellation point locations with respect to the origin of said 2-D plane, and wherein the degree of variation of the ratio of the first and second distances d 1, d2 is determined based on information representing or related to the amount of phase noise or to the ratio of the amount of phase noise with regard to the amount of additive noise. - wherein the symbols of the first pair of symbols are located at opposite sides of an origin of the 2-D plane at a first distance d 1 from each other, and - wherein the symbols of the second pair of symbols are located at opposite sides of the origin of the 2-D plane at a second distance d2 from each other, wherein a line connecting the first pair of symbols and a line connecting the second pair of symbols are perpendicular to each other, wherein the method comprises a step of adapting the constellation diagram by varying the ratio of the first and second distances d 1, d2 such as to minimize or nearly minimize a bit error rate in the transmitted data, wherein said transmission is subjected to additive noise and phase noise, wherein said additive noise is characterized by random isotropic shifts of constellation points in the 2-D plane, and said phase noise is characterized by a random rotation of constellation point locations with respect to the origin of said 2-D plane, and wherein the degree of variation of the ratio of the first and second distances d 1, d2 is determined based on information representing or related to the amount of phase noise or to the ratio of the amount of phase noise with regard to the amount of additive noise.
An overcurrent protection power supply apparatus having a power supply circuit for supplying electric power from a DC power source to a load via a FET and a control circuit for controlling the FET, wherein the control circuit is configured to turn off the FET to protect the power supply circuit against an overcurrent, the apparatus comprising a drain-source voltage detecting circuit which is configured to detect a drain-source voltage (V DS) generated between a drain and a source of the FET by a drain current (I D) flowing through the FET, a drain-source voltage detection starting circuit which is configured to start drain-source voltage detecting operation of the drain-source voltage detecting circuit after the drain-source voltage (V DS) increases according to an increase of the drain current (I D) of the FET when turning on the FET, and a first overcurrent protection signal generating circuit which is configured to output a first overcurrent protection signal based on the drain-source voltage (V DS) detected by the drain-source voltage detecting circuit, characterised by a second overcurrent protection signal generating circuit which is configured to output a second overcurrent protection signal based on an increasing rate of the drain-source voltage (V DS) detected by the drain-source voltage detecting circuit, wherein the second overcurrent protection signal generating circuit is configured to measure a time interval between a time when the drain-source voltage (V DS) becomes larger than a first threshold value and a time when the drain-source voltage (V DS) becomes larger than a third threshold value which is larger than the first threshold value and is configured to set a reference time interval which is longer than the measured time interval, and wherein the second overcurrent protection signal generating circuit is configured to output the second overcurrent protection signal when the drain-source voltage (V DS) becomes larger than a fourth threshold value which is larger than the third threshold value within the reference time interval from the time when the drain-source voltage (V DS) becomes larger than the first threshold value, and wherein the control circuit is configured to turn off the FET when the first overcurrent protection signal is output from the first overcurrent protection signal generating circuit or the second overcurrent protection signal is output from the second overcurrent protection signal generating circuit.
A potable water tank comprising: a compression molded tank shell, the tank shell including: a back panel; a compression molded front panel; and a side panel extending from the back panel to the compression molded front panel, the side panel defining an outer perimeter of the water tank; the compression molded front panel being secured to the side panel to enclose an interior of the water tank; characterized by one or more baffles disposed in the interior of the water tank, the one or more baffles extending between portions of the side panel from the back panel to the front panel. a compression molded tank shell, the tank shell including: a back panel; a compression molded front panel; and a side panel extending from the back panel to the compression molded front panel, the side panel defining an outer perimeter of the water tank; a back panel; a compression molded front panel; and a side panel extending from the back panel to the compression molded front panel, the side panel defining an outer perimeter of the water tank; the compression molded front panel being secured to the side panel to enclose an interior of the water tank; characterized by one or more baffles disposed in the interior of the water tank, the one or more baffles extending between portions of the side panel from the back panel to the front panel.
A semiconductor light emitting device including a light extraction layer having a light extraction surface, multiple cone-shaped parts formed in an array being provided on the light extraction surface, wherein a proportion of an area occupied by the multiple cone-shaped parts per a unit area of the light extraction surface is not less than 65% and not more than 95% in a plan view of the light extraction surface, an aspect ratio h/p defined as a proportion of a height h of the cone-shaped part relative to a distance p between apexes of adjacent cone-shaped parts is not less than 0.3 and not more than 1.0, characterized in that in a cross-sectional view perpendicular to a direction of height of the cone-shaped part, the cone-shaped part has a first portion having a shape of a hexagon or a shape intermediate between a hexagon and a circle and has a second portion having a shape closer to a circle than the first portion, and the second portion is closer to the apex of the cone-shaped part than the first portion and has a larger height than the first portion. a proportion of an area occupied by the multiple cone-shaped parts per a unit area of the light extraction surface is not less than 65% and not more than 95% in a plan view of the light extraction surface, an aspect ratio h/p defined as a proportion of a height h of the cone-shaped part relative to a distance p between apexes of adjacent cone-shaped parts is not less than 0.3 and not more than 1.0, characterized in that in a cross-sectional view perpendicular to a direction of height of the cone-shaped part, the cone-shaped part has a first portion having a shape of a hexagon or a shape intermediate between a hexagon and a circle and has a second portion having a shape closer to a circle than the first portion, and the second portion is closer to the apex of the cone-shaped part than the first portion and has a larger height than the first portion.
An electronic parking brake for a vehicle comprising: a calliper body that supports at least one inboard piston and at least one opposing outboard piston, inboard and outboard brake pads (60, 50) respectively associated with the at least one inboard and outboard piston, spaced apart so as to define a gap within which can be located a brake rotor so that the inboard pad faces ones side of the rotor and the opposed outboard pad faces the other side of the rotor, and an actuator which is connected to the at least one inboard piston through a first drive train (90, 95) and to the at least one outboard piston through a second drive train (100, 110) such that operation of the actuator causes movement of the drive trains and in turn movement of the pistons relative to the calliper body, characterised in that the second drive train includes a limiter means that limits the maximum force that can be transmitted from the actuator to the outboard piston. a calliper body that supports at least one inboard piston and at least one opposing outboard piston, inboard and outboard brake pads (60, 50) respectively associated with the at least one inboard and outboard piston, spaced apart so as to define a gap within which can be located a brake rotor so that the inboard pad faces ones side of the rotor and the opposed outboard pad faces the other side of the rotor, and an actuator which is connected to the at least one inboard piston through a first drive train (90, 95) and to the at least one outboard piston through a second drive train (100, 110) such that operation of the actuator causes movement of the drive trains and in turn movement of the pistons relative to the calliper body, characterised in that the second drive train includes a limiter means that limits the maximum force that can be transmitted from the actuator to the outboard piston.
Seat comprising a seat surface and, connected thereto, a central leg which is provided with a number of feet close to an end remote from the seat surface, which feet are each movable between a transport position directed substantially parallel to the leg and an operative position extending substantially in radial direction from the leg, wherein at least several feet are connected to each other by at least one connecting element extending at a distance from the central leg, characterized in that each foot has an inner end part connected movably to the central leg and, opposite thereto, an outer end part removed from the central leg, and the at least one connecting element extends substantially between the outer end parts of two adjacent feet.
A heat exchanger comprising: a first manifold; a second manifold separated from the first manifold; a plurality of heat exchange tube segments arranged in spaced parallel relationship and fluidly coupling the first manifold and the second manifold, each of the plurality of tube segments including at least a first heat exchanger tube and a second heat exchanger tube at least partially connected by a web extending there between, each of the plurality of heat exchange tube segments including a bend defining a first section of each of the heat exchanger tube segments and a second section of each of the heat exchange tube segments, characterised by the first section being arranged at an angle to the second section; a plurality of first fins extending from the first section of each of the heat exchange tube segments, and a plurality of second fins extending from the second section of each of the heat exchange tube segments. a first manifold; a second manifold separated from the first manifold; a plurality of heat exchange tube segments arranged in spaced parallel relationship and fluidly coupling the first manifold and the second manifold, each of the plurality of tube segments including at least a first heat exchanger tube and a second heat exchanger tube at least partially connected by a web extending there between, each of the plurality of heat exchange tube segments including a bend defining a first section of each of the heat exchanger tube segments and a second section of each of the heat exchange tube segments, characterised by the first section being arranged at an angle to the second section; a plurality of first fins extending from the first section of each of the heat exchange tube segments, and a plurality of second fins extending from the second section of each of the heat exchange tube segments.
An ultrasound imaging system, comprising: a probe, including: a transducer array with at least one transducer element; a console, including: a controller configured for controlling the at least one transducer element; and an echo processor; a display monitor; and a touch screen user interface, including: a touch panel with a first major surface (402, 1402) and a first recess (408, 1408) in the first major surface; and at least one touch sensitive control disposed in the first recess, characterized in that the first recess, comprises: a touch sensitive flat, planar surface configured for sensing a first gesture thereon which activates the touch sensitive flat, planar surface, and for sensing a subsequent gesture thereon that invokes a predetermined action of the at least one touch sensitive control. a probe, including: a transducer array with at least one transducer element; a console, including: a controller configured for controlling the at least one transducer element; and an echo processor; a display monitor; and a touch screen user interface, including: a touch panel with a first major surface (402, 1402) and a first recess (408, 1408) in the first major surface; and at least one touch sensitive control disposed in the first recess,
Immunogenic particle comprising a bioactive agent, one or more mucoadhesive polymer, oligosaccharide and an emulsifier all of which are cross-linked with a phosphate containing cross-linking agent to form a hydrogel particle, and wherein the hydrogel particle is embedded in an amorphous sugar glassy matrix.
A crane track arrangement for a suspension crane, comprising at least one crane guide profile for guiding at least one carriage, wherein said crane guide profile has attached at least one attachment profile, enhancing the mechanical stiffness, for connection to a support structure, characterized in that said attachment profile comprises two half parts, joinable about a pivot axis.
Method for providing information about a sensor chain (14,16,56) of a coordinate measuring machine (1,2,3), the coordinate measuring machine (1,2,3) comprising • a drive mechanism for moving a tool carrier (13,55) relative to a base for approaching a measurement point, • the sensor chain (14,16,56) carried by the tool carrier (13,55) and comprising an arrangement of sensor chain components (14a-d) providing a particular sensor configuration for measuring the measurement point, and • a camera for providing an image of at least a part of the sensor chain (14,16,56), wherein the method comprises • capturing an image of at least a part of the sensor chain (14,16,56), • deriving at least one sensor chain property from the image by image processing, • comparing the sensor chain property with reference data which relates to a set of known sensor chain components (14a-d), • providing an output relating to the comparison of the sensor chain property with the reference data and • identifying at least one of the sensor chain components (14a-d) by comparing the sensor chain property with the reference data, wherein a digital model is generated based on the image and the digital model is provided for identification of the at least one sensor chain component (14a-d). • a drive mechanism for moving a tool carrier (13,55) relative to a base for approaching a measurement point, • the sensor chain (14,16,56) carried by the tool carrier (13,55) and comprising an arrangement of sensor chain components (14a-d) providing a particular sensor configuration for measuring the measurement point, and • a camera for providing an image of at least a part of the sensor chain (14,16,56), • capturing an image of at least a part of the sensor chain (14,16,56), • deriving at least one sensor chain property from the image by image processing, • comparing the sensor chain property with reference data which relates to a set of known sensor chain components (14a-d), • providing an output relating to the comparison of the sensor chain property with the reference data and • identifying at least one of the sensor chain components (14a-d) by comparing the sensor chain property with the reference data, wherein a digital model is generated based on the image and the digital model is provided for identification of the at least one sensor chain component (14a-d).
A clot retrieval device comprising: an outer cage; an inner cage concentrically positioned within the outer cage; a first elongated member in communication with the outer cage; and a second elongated member in communication with the inner cage; and characterised in that the device further comprises a clip comprising c-shaped features at each end of the clip, each feature configured to receive one of: the first elongated member or the second elongated member, the clip configured to couple the first and second elongated member when attached. an outer cage; an inner cage concentrically positioned within the outer cage; a first elongated member in communication with the outer cage; and a second elongated member in communication with the inner cage; and characterised in that the device further comprises a clip comprising c-shaped features at each end of the clip, each feature configured to receive one of: the first elongated member or the second elongated member, the clip configured to couple the first and second elongated member when attached.
An electric toothbrush comprising a drive system comprising a rotatable head; a drive shaft; and a coupling operable to transmit drive from the drive shaft to the head the coupling being adapted to automatically disengage the transmission of drive between the shaft and the head when a threshold torque on the head is exceeded wherein the coupling comprises a gear set having at least one driving tooth in operative association with the drive shaft and cooperating driven teeth in operative association with the head, the at least one driving tooth being resiliently deformable in order to facilitate the disengagement of drive transmission wherein the at least one driving tooth comprises a resiliently deformable finger.