mhurhangee/ep-ind-claims huggingface dataset:
A battery cell of a plate shape, comprising: an electrode assembly in which a separator is interposed between a positive electrode and a negative electrode, wherein the electrode assembly may be mounted on a receiving part; and sealing parts formed by heat fusion at an external side of the receiving part, wherein lateral sealing parts (231, 232) adjacent to one of the sealing parts at which an electrode terminal is positioned closely contact an outer surface of the receiving part while being bent toward the receiving part of a battery case, and a phase change material (PCM, 241, 242) that is phase-changed in response to a thermal change is added to surplus surfaces of the lateral sealing parts (231, 232) or to surplus spaces between the receiving parts and the bent lateral sealing parts (231, 232), wherein the lateral sealing parts (231, 232) include at least one bent part (251, 252, 253, 254) in which some of the sealing part (231, 232) is bent to closely contact the outer surface of the receiving part, characterized in that each of the lateral sealing parts (231, 232) includes a first bent part (251, 252) vertically upwardly bent at a position adjacent to the receiving part and a second bent part (253, 254) vertically downwardly bent at a position facing the first bent part (251, 252) while one of both surfaces of the battery cell of the plate shape is parallel to the ground, and an external end portion of the lateral sealing part (231, 232) is positioned between the bent lateral sealing part and the receiving part to have a double-bent structure. an electrode assembly in which a separator is interposed between a positive electrode and a negative electrode, wherein the electrode assembly may be mounted on a receiving part; and sealing parts formed by heat fusion at an external side of the receiving part, wherein lateral sealing parts (231, 232) adjacent to one of the sealing parts at which an electrode terminal is positioned closely contact an outer surface of the receiving part while being bent toward the receiving part of a battery case, and a phase change material (PCM, 241, 242) that is phase-changed in response to a thermal change is added to surplus surfaces of the lateral sealing parts (231, 232) or to surplus spaces between the receiving parts and the bent lateral sealing parts (231, 232), wherein the lateral sealing parts (231, 232) include at least one bent part (251, 252, 253, 254) in which some of the sealing part (231, 232) is bent to closely contact the outer surface of the receiving part, characterized in that each of the lateral sealing parts (231, 232) includes a first bent part (251, 252) vertically upwardly bent at a position adjacent to the receiving part and a second bent part (253, 254) vertically downwardly bent at a position facing the first bent part (251, 252) while one of both surfaces of the battery cell of the plate shape is parallel to the ground, and an external end portion of the lateral sealing part (231, 232) is positioned between the bent lateral sealing part and the receiving part to have a double-bent structure.
Dispensing system intended to be fixed on a container wherein a fluid product is packaged, said dispensing system comprising a pump, two respectively inlet and outlet non-return valves, an elastic return means and a pushbutton, said pump being moved by way of a thrust action on the pushbutton connected to said pump, characterised in that - it is constituted of three one-piece structural parts: a rod, a fret and a pushbutton; - the three one-piece parts support the elastic return means and engage together to ensure the dispensing of the fluid product under the effect of the thrust exerted on the pushbutton from the container to a discharge orifice; - the two inlet and outlet non-return valves are each constituted of a valve (6, 7, 9) mounted bearing on a rigid support (24, 52, 33) to which said valve is connected by a fixed connection; - at least one valve (6, 7) has a non-perforated flexible and deformable peripheral zone (70, 80), located opposite the rigid support (24, 52); - the rigid wall is perforated by at least one orifice located opposite the peripheral zone (70, 80); - the peripheral zone (70, 80) has a substantially conic shape before mounting with a large base, a small base and an inner face on the inner side of the large base of the cone; - said peripheral zone has a consecutive deformation bearing on the inner face of the large base on the rigid support (24, 52) in the assembled position. - it is constituted of three one-piece structural parts: a rod, a fret and a pushbutton; - the three one-piece parts support the elastic return means and engage together to ensure the dispensing of the fluid product under the effect of the thrust exerted on the pushbutton from the container to a discharge orifice; - the two inlet and outlet non-return valves are each constituted of a valve (6, 7, 9) mounted bearing on a rigid support (24, 52, 33) to which said valve is connected by a fixed connection; - at least one valve (6, 7) has a non-perforated flexible and deformable peripheral zone (70, 80), located opposite the rigid support (24, 52); - the rigid wall is perforated by at least one orifice located opposite the peripheral zone (70, 80); - the peripheral zone (70, 80) has a substantially conic shape before mounting with a large base, a small base and an inner face on the inner side of the large base of the cone; - said peripheral zone has a consecutive deformation bearing on the inner face of the large base on the rigid support (24, 52) in the assembled position.
An operating mechanism for an underwater camera housing, comprising: a shaft, adapted to allow in use the shaft to pass through a wall of the underwater camera housing; a sealing means (4, 5) provided on the shaft to allow in use the shaft to be sealed to the underwater camera housing in a substantially waterproof manner; a first pressure device in the form of a first lever mounted on a shaft and positioned, in use, outside the underwater camera housing, such that the application of pressure to the first lever results in rotation of the shaft; a second pressure device in the form of a second lever associated with the shaft and positioned, in use, within the underwater camera housing and arranged so as, in use, to push the shutter release button of a camera within the underwater camera housing. a torque adjustment means to adjust the torque about an axis defined by the longitudinal axis of the shaft, characterised in that the torque adjustment means comprises a sequence of gears (10, 11, 15), whose overall gear ratio is less than one, between the first lever and the second lever such that in use any resistance to movement of the second lever is increased when felt by the user on the first lever. a shaft, adapted to allow in use the shaft to pass through a wall of the underwater camera housing; a sealing means (4, 5) provided on the shaft to allow in use the shaft to be sealed to the underwater camera housing in a substantially waterproof manner; a first pressure device in the form of a first lever mounted on a shaft and positioned, in use, outside the underwater camera housing, such that the application of pressure to the first lever results in rotation of the shaft; a second pressure device in the form of a second lever associated with the shaft and positioned, in use, within the underwater camera housing and arranged so as, in use, to push the shutter release button of a camera within the underwater camera housing. a torque adjustment means to adjust the torque about an axis defined by the longitudinal axis of the shaft, characterised in that the torque adjustment means comprises a sequence of gears (10, 11, 15), whose overall gear ratio is less than one, between the first lever and the second lever such that in use any resistance to movement of the second lever is increased when felt by the user on the first lever.
A memory device comprising: a first clock generator configured to generate a first clock signal (RCLKb) used for read and write operations; a second clock generator configured to generate a second clock signal (WCLKb) used for write operations; a memory array comprising memory cells and dummy cells; characterised in that: the first clock generator comprises a first circuit configured to generate leading edges on the first clock signal based on an external clock signal and to generate trailing edges on the first clock signal based on at least one reset signal, wherein a reset circuit is configured to generate the at least one reset signal for the first and second clock generators, and wherein the reset circuit is configured to generate the at least one reset signal with timing determined based on loading on a bit line for a column of the dummy cells in the memory array or loading on a word line for a row of the dummy cells in the memory array. a first clock generator configured to generate a first clock signal (RCLKb) used for read and write operations; a second clock generator configured to generate a second clock signal (WCLKb) used for write operations; a memory array comprising memory cells and dummy cells; characterised in that: the first clock generator comprises a first circuit configured to generate leading edges on the first clock signal based on an external clock signal and to generate trailing edges on the first clock signal based on at least one reset signal, wherein a reset circuit is configured to generate the at least one reset signal for the first and second clock generators, and wherein the reset circuit is configured to generate the at least one reset signal with timing determined based on loading on a bit line for a column of the dummy cells in the memory array or loading on a word line for a row of the dummy cells in the memory array. the first clock generator comprises a first circuit configured to generate leading edges on the first clock signal based on an external clock signal and to generate trailing edges on the first clock signal based on at least one reset signal, wherein a reset circuit is configured to generate the at least one reset signal for the first and second clock generators, and wherein the reset circuit is configured to generate the at least one reset signal with timing determined based on loading on a bit line for a column of the dummy cells in the memory array or loading on a word line for a row of the dummy cells in the memory array.
Handle bearing for a door or window handle having a gripping part and a handle neck, in particular for the object area, comprising - a lower rosette which can be mounted in a recess on one side of a door leaf or a window sash in a rotationally fixed manner, - a covering rosette covering the lower rosette towards the handle, - a profiled pin rotatable about its longitudinal axis for actuating a door or window lock, - wherein the profiled pin extends through bearing openings (46, 52) of the lower rosette and the covering rosette as well as through a profiled pin receptacle of a bearing flange enclosing the profiled pin, - wherein the bearing flange has, on the side thereof facing the handle, a neck part (31, 32) which can be introduced into the endface opening of the handle neck for fastening the handle, characterized in that - a clamping element which can be pressed into a cylindrical opening in the door leaf or window sash is arranged on the side of the lower rosette facing away from the neck part (31, 32) of the bearing flange, - wherein a clamping jacket of the lower rosette can be inserted into the clamping element and can be fixed in a clamping manner in the door leaf or window sash by rotation of the lower rosette relative to the clamping element in the opening. - a lower rosette which can be mounted in a recess on one side of a door leaf or a window sash in a rotationally fixed manner, - a covering rosette covering the lower rosette towards the handle, - a profiled pin rotatable about its longitudinal axis for actuating a door or window lock, - wherein the profiled pin extends through bearing openings (46, 52) of the lower rosette and the covering rosette as well as through a profiled pin receptacle of a bearing flange enclosing the profiled pin, - wherein the bearing flange has, on the side thereof facing the handle, a neck part (31, 32) which can be introduced into the endface opening of the handle neck for fastening the handle, characterized in that - a clamping element which can be pressed into a cylindrical opening in the door leaf or window sash is arranged on the side of the lower rosette facing away from the neck part (31, 32) of the bearing flange, - wherein a clamping jacket of the lower rosette can be inserted into the clamping element and can be fixed in a clamping manner in the door leaf or window sash by rotation of the lower rosette relative to the clamping element in the opening.
A refrigerator for accumulating an ultralow temperature of 10 K or lower, comprising: at least one cold accumulating vessel, wherein a rare earth cold accumulating material particle having an average particle size of 100 to 500 μm and having a maximum pore size of 4 μm or less is filled in the cold accumulating vessel, wherein the rare earth cold accumulating material particle consists essentially of a rare earth oxide or a rare earth oxysulfide, wherein the rare earth cold accumulating material particle is a sintered body, wherein an average crystal grain size of the sintered body is 0.5 to 5 um, wherein a porosity of the sintered body is 10 to 50 vol%, wherein an average pore size of the sintered body is 0.3 to 3 um, and wherein in an arbitrary cross section of the rare earth cold accumulating material particle, a number of pores per a unit area of 10 μm × 10 um is 20 to 70. at least one cold accumulating vessel, wherein a rare earth cold accumulating material particle having an average particle size of 100 to 500 μm and having a maximum pore size of 4 μm or less is filled in the cold accumulating vessel, wherein the rare earth cold accumulating material particle consists essentially of a rare earth oxide or a rare earth oxysulfide, wherein the rare earth cold accumulating material particle is a sintered body, wherein an average crystal grain size of the sintered body is 0.5 to 5 um, wherein a porosity of the sintered body is 10 to 50 vol%, wherein an average pore size of the sintered body is 0.3 to 3 um, and wherein in an arbitrary cross section of the rare earth cold accumulating material particle, a number of pores per a unit area of 10 μm × 10 um is 20 to 70.
A method for producing a solid catalyst component (Aa) for α-olefin polymerization, which comprises: bringing the following components to into contact with one another in an inert solvent to form a contact product; and without washing the contact product with an inert solvent, aging the contact product by keeping for a holding time of 3 days or more and 180 days or less, regarding the time point that all of the components to first come into contact, as a starting point: Component: a solid component containing titanium, magnesium, a halogen, and an electron-donating compound as essential components; Component: a silane compound having an alkenyl group, wherein the silane compound has a structure in which at least one hydrogen atom of monosilane SiH 4 is replaced by an alkenyl group and the remaining hydrogen atoms are intact or some of the remaining hydrogen atoms are replaced by a halogen, an alkyl group or an aryl group; Component: an alkoxysilane compound which is different from the silane compound having an alkenyl group; Component: an organoaluminum compound. bringing the following components to into contact with one another in an inert solvent to form a contact product; and without washing the contact product with an inert solvent, aging the contact product by keeping for a holding time of 3 days or more and 180 days or less, regarding the time point that all of the components to first come into contact, as a starting point: Component: a solid component containing titanium, magnesium, a halogen, and an electron-donating compound as essential components; Component: a silane compound having an alkenyl group, wherein the silane compound has a structure in which at least one hydrogen atom of monosilane SiH 4 is replaced by an alkenyl group and the remaining hydrogen atoms are intact or some of the remaining hydrogen atoms are replaced by a halogen, an alkyl group or an aryl group; Component: an alkoxysilane compound which is different from the silane compound having an alkenyl group; Component: an organoaluminum compound. Component: a solid component containing titanium, magnesium, a halogen, and an electron-donating compound as essential components; Component: a silane compound having an alkenyl group, wherein the silane compound has a structure in which at least one hydrogen atom of monosilane SiH 4 is replaced by an alkenyl group and the remaining hydrogen atoms are intact or some of the remaining hydrogen atoms are replaced by a halogen, an alkyl group or an aryl group; Component: an alkoxysilane compound which is different from the silane compound having an alkenyl group; Component: an organoaluminum compound.
A method of predicting a response of an individual to food, the method comprising: selecting a food to which a glycemic response of the individual is unknown; accessing a first database having data describing the individual, wherein said first database comprises multidimensional entries, each entry comprising a food consumed by the individual and a glycemic response of said individual to said food, but not a glycemic response of the individual to said selected food; accessing a second database having data pertaining to responses of other individuals to foods, wherein said second database comprises multidimensional entries, each entry corresponding to an individual of said other individuals and comprises a food consumed by said individual and a glycemic response of said individual to said food, said glycemic responses of said other individuals including responses of at least one other individual to said selected food; and analyzing said databases based on said selected food to estimate the glycemic response of the individual to said selected food, using a machine learning procedure, wherein said databases are used as a training set from which said machine learning procedure extracts parameters that describe the training set, and wherein said estimating comprises using said parameters to predict the glycemic response of the individual to said selected food; wherein each entry of said databases comprises food intake habits and at least a partial microbiome profile of a respective individual, said intake habits including characteristic intake frequency associated with said food. selecting a food to which a glycemic response of the individual is unknown; accessing a first database having data describing the individual, wherein said first database comprises multidimensional entries, each entry comprising a food consumed by the individual and a glycemic response of said individual to said food, but not a glycemic response of the individual to said selected food; accessing a second database having data pertaining to responses of other individuals to foods, wherein said second database comprises multidimensional entries, each entry corresponding to an individual of said other individuals and comprises a food consumed by said individual and a glycemic response of said individual to said food, said glycemic responses of said other individuals including responses of at least one other individual to said selected food; and analyzing said databases based on said selected food to estimate the glycemic response of the individual to said selected food, using a machine learning procedure, wherein said databases are used as a training set from which said machine learning procedure extracts parameters that describe the training set, and wherein said estimating comprises using said parameters to predict the glycemic response of the individual to said selected food; wherein each entry of said databases comprises food intake habits and at least a partial microbiome profile of a respective individual, said intake habits including characteristic intake frequency associated with said food.
A service scheduling method, to be performed at a base station, comprising: reporting, by a Medium Access Control, MAC, entity of a carrier, bearer information of the carrier to a Radio Link Control, RLC, entity; assigning, by the Radio Link Control, RLC, entity, service data and control information to the carrier, and sending the service data and the control information to a data buffer of the carrier; determining, by the MAC entity, a user equipment for which a transmission needs to be scheduled, and acquiring the service data and the control information from the data buffer; and assembling, by the MAC entity, an RLC packet and a MAC packet from the service data and sending the packets to the user equipment, wherein the control information is required for assembling the RLC packet from the service data. reporting, by a Medium Access Control, MAC, entity of a carrier, bearer information of the carrier to a Radio Link Control, RLC, entity; assigning, by the Radio Link Control, RLC, entity, service data and control information to the carrier, and sending the service data and the control information to a data buffer of the carrier; determining, by the MAC entity, a user equipment for which a transmission needs to be scheduled, and acquiring the service data and the control information from the data buffer; and assembling, by the MAC entity, an RLC packet and a MAC packet from the service data and sending the packets to the user equipment, wherein the control information is required for assembling the RLC packet from the service data.
A multiuse foldable furniture useable in a chair state and a table state and convertible from a chair state to a table state and vice versa comprising: a main body, and two sets of side supports; wherein the main body comprises a seat plate and a back plate, the seat plate is hinged with the back plate, the two sets of side supports are respectively disposed at two sides of the main body, each set of side support comprising a front support and a back support, the top of the front support is hinged with the back plate, the top of the back support is hinged with the seat plate, characterized in that each set of the side support comprises a retracting sleeve, the retracting sleeve is slidably sleeved outside the front support, the retracting sleeve is hinged with the back support, - a supporting connector is set between the front support and the back support, an inner side and an outer side of both ends of the supporting connector are hinged with the front support and the back support, respectively, wherein, the supporting connector is used for limiting the maximum angle between the front support and the back support when in an open state, so that the positions of the front support and the back support are relatively fixed, so as to limit the sliding range of the retracting sleeve on the front support. a main body, and two sets of side supports; wherein the main body comprises a seat plate and a back plate, the seat plate is hinged with the back plate, the two sets of side supports are respectively disposed at two sides of the main body, each set of side support comprising a front support and a back support, the top of the front support is hinged with the back plate, the top of the back support is hinged with the seat plate, characterized in that each set of the side support comprises a retracting sleeve, the retracting sleeve is slidably sleeved outside the front support, the retracting sleeve is hinged with the back support, - a supporting connector is set between the front support and the back support, an inner side and an outer side of both ends of the supporting connector are hinged with the front support and the back support, respectively, wherein, the supporting connector is used for limiting the maximum angle between the front support and the back support when in an open state, so that the positions of the front support and the back support are relatively fixed, so as to limit the sliding range of the retracting sleeve on the front support.