mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable battery module, comprising: unit cells arranged in a first direction; a bus bar that electrically connects the unit cells 100; a pair of end plates spaced apart from each other in the first direction at opposite ends of the unit cells to support the unit cells; and at least one side plate between the pair of end plates and connected to the pair of end plates, the at least one side plate extending along the unit cells; wherein the side plate comprises a base that is spaced apart from the unit cells by a predetermined gap; and wherein the side plate includes at least one stepped portion that is situated within the gap and projects from the base towards the unit cells in a second direction that crosses the first direction; characterised in that the at least one stepped portion includes a plurality of steps that each protrude toward the unit cells from the base along the second direction. unit cells arranged in a first direction; a bus bar that electrically connects the unit cells 100; a pair of end plates spaced apart from each other in the first direction at opposite ends of the unit cells to support the unit cells; and at least one side plate between the pair of end plates and connected to the pair of end plates, the at least one side plate extending along the unit cells; wherein the side plate comprises a base that is spaced apart from the unit cells by a predetermined gap; and wherein the side plate includes at least one stepped portion that is situated within the gap and projects from the base towards the unit cells in a second direction that crosses the first direction; characterised in that the at least one stepped portion includes a plurality of steps that each protrude toward the unit cells from the base along the second direction.
A method comprising: obtaining motion data from one or more motion-detecting devices; and filtering the motion data to obtain present motion states for respective time intervals based on the motion data, the present motion states comprising one or more pedestrian motion states and one or more vehicular motion states, the one or more pedestrian motion states comprising a walk state, and the one or more vehicular motion states comprising a vehicular stop state; wherein, during the filtering, transitions from the one or more pedestrian motion states to the one or more vehicular motion states are restricted to transitions from the walk state to the vehicular stop state and transitions from the one or more vehicular motion states to the one or more pedestrian motion states are restricted to transitions from the vehicular stop state to the walk state; wherein likelihoods are computed for the one or more pedestrian motion states and the one or more vehicular motion states for the respective time intervals according to an extended state machine that comprises one or more sub-states for each of the one or more pedestrian motion states and the one or more vehicular motion states, wherein each sub-state has an individual set of rules for transitioning and wherein a transition from one state into another only occurs within a final sub-state of a given state; determining a present motion state of the mobile device for the respective time intervals by filtering the computed likelihoods. obtaining motion data from one or more motion-detecting devices; and filtering the motion data to obtain present motion states for respective time intervals based on the motion data, the present motion states comprising one or more pedestrian motion states and one or more vehicular motion states, the one or more pedestrian motion states comprising a walk state, and the one or more vehicular motion states comprising a vehicular stop state; wherein, during the filtering, transitions from the one or more pedestrian motion states to the one or more vehicular motion states are restricted to transitions from the walk state to the vehicular stop state and transitions from the one or more vehicular motion states to the one or more pedestrian motion states are restricted to transitions from the vehicular stop state to the walk state; wherein likelihoods are computed for the one or more pedestrian motion states and the one or more vehicular motion states for the respective time intervals according to an extended state machine that comprises one or more sub-states for each of the one or more pedestrian motion states and the one or more vehicular motion states, wherein each sub-state has an individual set of rules for transitioning and wherein a transition from one state into another only occurs within a final sub-state of a given state; determining a present motion state of the mobile device for the respective time intervals by filtering the computed likelihoods.
A method for cooling a telecommunication device, wherein cooling capacity is provided by natural cooling capacity as well as forced cooling capacity which is adjustable, the method comprising: - estimating a thermal state of the telecommunication device; and - if the cooling capacity mismatches the thermal state, making an adjustment to the forced cooling capacity, wherein the thermal state is represented by a temperature measured inside the telecommunication device, and the cooling capacity is deemed to mismatch the thermal state if the temperature exceeds a first threshold above which the telecommunication device is not permitted to operate or shall reduce its load, wherein if the cooling capacity is deemed to mismatch the thermal state and if the temperature exceeds the first threshold, the adjustment is made by activating or increasing the forced cooling capacity; wherein the method further comprises, determining whether the forced cooling capacity is operating at its peak load and if the cooling capacity is not sufficient to match the thermal state then sending a warning to the telecommunication device that no more cooling capacity is available. - estimating a thermal state of the telecommunication device; and - if the cooling capacity mismatches the thermal state, making an adjustment to the forced cooling capacity,
An ignition coil comprising: a housing; a rod-shaped center core arranged substantially at the center within the housing and formed by stacking magnetic plates; a thermal stress relaxing member having a linear expansion coefficient of 25×10 -6 /°C or lower, covering the outer circumferential surface of the center core and reducing thermal stress, which is caused when the center core is thermally deformed by a cooling load of an engine into an ellipsoidal shape having a longitudinal axis in a stacking direction of the magnetic plates; a cylindrical spool arranged on the outer circumferential side of the thermal stress relaxing member with a gap in between; and a resin insulating material with which the gap is filled and which is hardened, characterized in that the thermal stress relaxing member is made of poly ethylene terephthalate, and the thickness of the thermal stress relaxing member is set to 0.1 mm or greater. a housing; a rod-shaped center core arranged substantially at the center within the housing and formed by stacking magnetic plates; a thermal stress relaxing member having a linear expansion coefficient of 25×10 -6 /°C or lower, covering the outer circumferential surface of the center core and reducing thermal stress, which is caused when the center core is thermally deformed by a cooling load of an engine into an ellipsoidal shape having a longitudinal axis in a stacking direction of the magnetic plates; a cylindrical spool arranged on the outer circumferential side of the thermal stress relaxing member with a gap in between; and a resin insulating material with which the gap is filled and which is hardened, characterized in that the thermal stress relaxing member is made of poly ethylene terephthalate, and the thickness of the thermal stress relaxing member is set to 0.1 mm or greater.
Use of an endophyte or culture thereof, which endophyte is a Streptomyces sp. strain or culture thereof which is deposited under IDAC 081111-06 or which comprises the 16S rDNA sequence as shown in SEQ ID NO:6, for improving root hair biomass in a cereal crop which is wheat or barley, wherein the use comprises treating the seed of the cereal with the endophyte or culture thereof, and cultivating the cereal seed into a first generation plant.
A hydrodynamic foil system for a sensor streamer array, comprising: at least two tow ropes each coupled at one end to a survey vessel and at the other end to a paravane, the paravanes configured to provide lateral outward force as the vessel and paravanes are moved through a body of water; a spreader cable coupled to each of the paravanes for maintaining a lateral separation between said paravanes; a plurality of laterally spaced apart sensor streamers coupled at forward ends thereof to each of the spreader cables; characterized in that: a plurality of foils is disposed on each of the spreader cables, the foils configured to provide hydrodynamic lift in a vertical direction as each of the spreader cables are moved through the water. at least two tow ropes each coupled at one end to a survey vessel and at the other end to a paravane, the paravanes configured to provide lateral outward force as the vessel and paravanes are moved through a body of water; a spreader cable coupled to each of the paravanes for maintaining a lateral separation between said paravanes; a plurality of laterally spaced apart sensor streamers coupled at forward ends thereof to each of the spreader cables; characterized in that: a plurality of foils is disposed on each of the spreader cables, the foils configured to provide hydrodynamic lift in a vertical direction as each of the spreader cables are moved through the water.
Method for computing self-contamination processes of a spacecraft by means of a data processing device comprising the following steps: - receiving a first set of input parameters comprising general definitions of the spacecraft, - receiving a second set of input parameters comprising control parameters for the spacecraft orbital data, physics, numeric, - computing a self-contamination process of the spacecraft based on the received first and second sets of input data by calculating an analytical solution of a basic equation for calculating a deposit of molecules outgassed from surfaces of the spacecraft in a single computation step with the data processing device, wherein the basic equation is selected depending on surfaces properties related to outgassing such that it can analytically solved in a single computation step, and - outputting the calculated deposit. - receiving a first set of input parameters comprising general definitions of the spacecraft, - receiving a second set of input parameters comprising control parameters for the spacecraft orbital data, physics, numeric, - computing a self-contamination process of the spacecraft based on the received first and second sets of input data by calculating an analytical solution of a basic equation for calculating a deposit of molecules outgassed from surfaces of the spacecraft in a single computation step with the data processing device, wherein the basic equation is selected depending on surfaces properties related to outgassing such that it can analytically solved in a single computation step, and - outputting the calculated deposit.
An electricity storage block thermally connected to a heat transfer plate via an elastic thermally-conductive sheet, comprising: an element stacked body (11, 21) in which a plurality of square electricity storage elements having a pair of first narrow surfaces (109b, 108), a pair of second narrow surfaces, and a pair of wide surfaces is stacked and arranged such that the wide surfaces of the adjacent square electricity storage elements (11, 21) are opposed to each other; wherein the element stacked body (11, 21) includes a holder having a wide surface abutment part (161, 171) in abutment with one of the wide surfaces in a pair in at least a predetermined square electricity storage element, one of the first narrow surfaces in a pair in the square electricity storage element is set as a heat transfer surface thermally connected to the heat transfer plate via the thermally-conductive sheet, and the heat-transfer surface of the square electricity storage element protrudes toward the heat transfer plate more than an end surface of the wide surface abutment part (161, 171), characterized in further comprising a pressing device that presses the element stacked body (11, 21) toward the thermally-conductive sheet arranged on the heat transfer plate, and wherein the holder (160, 170) has a plate abutment part protruding toward the heat transfer plate more than the heat transfer surface of the square electricity storage element such that the holder abuts directly with the heat transfer plate when the electricity storage block is thermally connected to the heat transfer plate. an element stacked body (11, 21) in which a plurality of square electricity storage elements having a pair of first narrow surfaces (109b, 108), a pair of second narrow surfaces, and a pair of wide surfaces is stacked and arranged such that the wide surfaces of the adjacent square electricity storage elements (11, 21) are opposed to each other; wherein the element stacked body (11, 21) includes a holder having a wide surface abutment part (161, 171) in abutment with one of the wide surfaces in a pair in at least a predetermined square electricity storage element, one of the first narrow surfaces in a pair in the square electricity storage element is set as a heat transfer surface thermally connected to the heat transfer plate via the thermally-conductive sheet, and the heat-transfer surface of the square electricity storage element protrudes toward the heat transfer plate more than an end surface of the wide surface abutment part (161, 171), characterized in further comprising a pressing device that presses the element stacked body (11, 21) toward the thermally-conductive sheet arranged on the heat transfer plate, and wherein the holder (160, 170) has a plate abutment part protruding toward the heat transfer plate more than the heat transfer surface of the square electricity storage element such that the holder abuts directly with the heat transfer plate when the electricity storage block is thermally connected to the heat transfer plate.
A system for treating the fine vasculature, the system comprising a primary guidewire; an auxiliary guidewire comprising: an extended body; and at least one sleeve member disposed along the extended body and dimensioned to be slid over the primary guidewire, characterized in that said sleeve member comprises at least one section of electroactive polymer that cause the sleeve member to contract so as to fix the auxiliary guidewire onto the primary guidewire or to expand when energized. a primary guidewire; an auxiliary guidewire comprising: an extended body; and at least one sleeve member disposed along the extended body and dimensioned to be slid over the primary guidewire, characterized in that said sleeve member comprises at least one section of electroactive polymer that cause the sleeve member to contract so as to fix the auxiliary guidewire onto the primary guidewire or to expand when energized. an extended body; and at least one sleeve member disposed along the extended body and dimensioned to be slid over the primary guidewire, characterized in that said sleeve member comprises at least one section of electroactive polymer that cause the sleeve member to contract so as to fix the auxiliary guidewire onto the primary guidewire or to expand when energized.
A method, comprising: locating a pallet truck (100, 200) on a flat operating surface, wherein the pallet truck (100, 200) comprises a first fork and a second fork, and wherein an elevation of the first fork relative to the operating surface is different than a second elevation of the second fork relative to the operating surface; pulling a first pull rod to raise the first fork from a lowered position to a raised position; pulling a second pull rod to raise the second fork from a second lowered position to a second raised position; and via an adjustment mechanism operably coupled to both the first pull rod and a first load wheel at least partially housed within the first fork, adjusting a height of the first load wheel relative to the operating surface without changing the elevation of the first fork. locating a pallet truck (100, 200) on a flat operating surface, wherein the pallet truck (100, 200) comprises a first fork and a second fork, and wherein an elevation of the first fork relative to the operating surface is different than a second elevation of the second fork relative to the operating surface; pulling a first pull rod to raise the first fork from a lowered position to a raised position; pulling a second pull rod to raise the second fork from a second lowered position to a second raised position; and via an adjustment mechanism operably coupled to both the first pull rod and a first load wheel at least partially housed within the first fork, adjusting a height of the first load wheel relative to the operating surface without changing the elevation of the first fork.
A compound with formula II: wherein R is wherein R 1 is H,OH or halogen; R 2 is wherein n 1 =1∼10, n 2 =0∼10, n 3 =1∼10; if n 1, n 2 or n 3 ≥1, the alkyl may be substituted by halogen, -CN, -NO 2 or -OH; Ar is aryl or substituted aryl, the substituent is C1-C6 alkyl, C1-C6 substituted alkyl, halogen, -CN, -NO 2 or -OH; R 3 is Se or S; R 4 and R 5 are independently selected from the group consisting of hydrogen, halogen, -CN, -NO 2 -OH, -OR', -COOR', -OCOOR', -COR', -CON(R') 2, -OCON(R') 2, -SR, -SO 2 R, -SO 2 N(R') 2, -SOR'group, C1-C10 alkyl, C1-C10 substituted alkyl, alkenyl, substituted alkenyl, alkynyl, substituted alkynyl aryl or substituted aryl, wherein each of R and R' is independently selected from the group consisting of H, alkyl, aryl, substituted alkyl or substituted alkyl; or R4 and R5 constitute 3-7 carbons of cyclo alkane, the cyclo alkane may be substituted by C1-C6 alkyl, C1-C6 substituted alkyl, halogen, -CN, -NO 2 or -OH; R 6, R 7, R 8 and R 9 are independently selected from the group consisting of Hydrogen, halogen, -CN, -NO 2 -OH, -OR', -COOR', -OCOOR', -COR', -CON(R') 2, -OCON(R') 2, -SR, -SO 2 R, -SO 2 N(R') 2, -SOR'group, alkyl, alkenyl, alkynyl, aryl, substituted alkyl, substituted alkenyl, substituted alkynyl or substituted aryl, wherein each of R and R' is independently selected from H, alkyl, aryl, substituted alkyl or substituted aryl.
A centrifugal clutch comprising: a first drive plate rotationally driven together with a driven pulley by receiving a driving force of an engine; a second drive plate disposed outside the first drive plate and contacting the first drive plate with a frictional force capable of being rotationally driven together with the first drive plate while allowing rotational displacement relative to the first drive plate; a clutch weight movably mounted on the second drive plate, displaced outwardly to the second drive plate by a centrifugal force due to rotation drive of the second drive plate, and having a clutch shoe on a surface outside thereof; a clutch outer having a cylindrical surface in frictional contact with the clutch shoe displaced outwardly to the second drive plate; a bulging body formed to bulge outwardly from an outer circumferential portion of the first drive plate; and a pressing body provided on the clutch weight and pressed against the bulging body, wherein at least one of the bulging body and the pressing body is formed to extend rearwardly in a rotational drive direction of the first drive plate and outwardly to the first drive plate, wherein the pressing body is constituted by a flat surface, and the bulging body is constituted by a curved surface partially in contact with the pressing body, characterized in that the bulging body is constituted by a roller rotatably provided rearward in the rotational drive direction of the first drive plate. a first drive plate rotationally driven together with a driven pulley by receiving a driving force of an engine; a second drive plate disposed outside the first drive plate and contacting the first drive plate with a frictional force capable of being rotationally driven together with the first drive plate while allowing rotational displacement relative to the first drive plate; a clutch weight movably mounted on the second drive plate, displaced outwardly to the second drive plate by a centrifugal force due to rotation drive of the second drive plate, and having a clutch shoe on a surface outside thereof; a clutch outer having a cylindrical surface in frictional contact with the clutch shoe displaced outwardly to the second drive plate; a bulging body formed to bulge outwardly from an outer circumferential portion of the first drive plate; and a pressing body provided on the clutch weight and pressed against the bulging body, wherein at least one of the bulging body and the pressing body is formed to extend rearwardly in a rotational drive direction of the first drive plate and outwardly to the first drive plate, wherein the pressing body is constituted by a flat surface, and the bulging body is constituted by a curved surface partially in contact with the pressing body, characterized in that
Method for producing a diffusing sheet of cork for an isothermic container, characterised in that, a starting sheet of cork with an initial density is compressed so as to laterally increase the density, and to form hardened outer skins with a higher level of diffusion compared to the initial level, and thereby control the diffusion of the compressed sheet.
Pump device for arrangement on a recirculation line of a service water system, comprising a delivery pump, a check valve and a bypass line for the check valve, wherein the bypass line is arranged parallel to the check valve, and wherein a combination of check valve and bypass line is arranged in series to the delivery pump, the pump device has a first connection which is connected in a fluidly-effective manner to the combination of check valve and bypass line and which serves to connect the pump device to a hot water preparation device and the pump device has a second connection which is connected in a fluidly-effective manner to the delivery pump, wherein water flows through the pump device from the second connection to the first connection as delivery fluid during the operation of the delivery pump.
A method for the preparation of mirtazapine (formula IV) having greater than 50% enantiomeric excess of the R or S form, said method comprising the steps of a: providing a carboxylic acid compound according to Formula I having greater than 50% enantiomeric excess of the R or S form, b: converting the carboxylic acid group of compound I into a ketone group, producing a ketone compound of Formula II, c: optionally reducing ketone compound II with a metal hydride or a borohydride to form the intermediate hydroxy compound of Formula III, d: forming the mirtazapine of Formula IV by reduction of the ketone compound II or of the hydroxy compound III using as the reducing agent a mixture of a metal hydride and a metal halogenide or a mixture of a borohydride and a strong acid. a: providing a carboxylic acid compound according to Formula I having greater than 50% enantiomeric excess of the R or S form, b: converting the carboxylic acid group of compound I into a ketone group, producing a ketone compound of Formula II, c: optionally reducing ketone compound II with a metal hydride or a borohydride to form the intermediate hydroxy compound of Formula III, d: forming the mirtazapine of Formula IV by reduction of the ketone compound II or of the hydroxy compound III using as the reducing agent a mixture of a metal hydride and a metal halogenide or a mixture of a borohydride and a strong acid.