mhurhangee/ep-ind-claims huggingface dataset:
A crosslinkable polymeric composition, comprising: a polyolefin elastomer having hydrolysable silane groups wherein said polyolefin elastomer is a silane-grafted ethylene/a-olefin polyolefin elastomer; wherein said polyolefin elastomer is present in said crosslinkable polymeric composition in an amount ranging from 10 to 90 weight percent based on the combined weight of said polyolefin elastomer and said hydroxyl-terminated polysiloxane; a hydroxyl-terminated polysiloxane wherein said hydroxyl terminated polysiloxane has a molecular weight of at least 20,000 g/mol wherein said hydroxyl-terminated polysiloxane is present in said crosslinkable polymeric composition in an amount ranging from 10 to 90 weight percent based on the combined weight of said polyolefin elastomer and said hydroxyl-terminated polysiloxane; a polyalkoxy silane compatibilizer; and a condensation catalyst. a polyolefin elastomer having hydrolysable silane groups wherein said polyolefin elastomer is a silane-grafted ethylene/a-olefin polyolefin elastomer; wherein said polyolefin elastomer is present in said crosslinkable polymeric composition in an amount ranging from 10 to 90 weight percent based on the combined weight of said polyolefin elastomer and said hydroxyl-terminated polysiloxane; a hydroxyl-terminated polysiloxane wherein said hydroxyl terminated polysiloxane has a molecular weight of at least 20,000 g/mol wherein said hydroxyl-terminated polysiloxane is present in said crosslinkable polymeric composition in an amount ranging from 10 to 90 weight percent based on the combined weight of said polyolefin elastomer and said hydroxyl-terminated polysiloxane; a polyalkoxy silane compatibilizer; and a condensation catalyst.
A lock device configured for activating the lock catch of a lock by rotating a lock axle between a locked and an unlocked position, the lock device comprising a lock activator with a housing comprising a base plate, at least one electrical motor, a control system configured for activation of the electrical motor, and a rotatable activator axle connected to the electrical motor via a transmission and extending out of the housing through the base plate, characterized in that the lock device further comprises an adaptor plate comprising a front surface configured for releasable attachment of the base plate of the housing, and a through hole arranged so that the rotatable activator axle extends through the through hole and out from a rear surface opposite to the front surface on the adaptor plate, and where a set of transmission elements are arranged on the rear surface of the adaptor plate, the transmission elements comprising at least a first transmission element connected to the activator axle, and a second transmission element configured for being connected to the lock axle, and where the transmission elements (10, 11) are configured for urging the second transmission element, and thereby the lock axle, to rotate, when the rotatable activator axle is rotated.
A method for authentication of a prospective component for use in a vehicle, the method performed by the vehicle and comprising the steps of: obtaining the prospective component for use in the vehicle, the prospective component having at least a component computing unit, a component cryptographic unit, and a component memory, the component memory storing data related to the component; obtaining from a certification authority a certification that an authentic component is associated with a cryptographic key, wherein the certification is obtained separately from the prospective component utilizing the cryptographic key in cryptographic communication with the component cryptographic unit of the prospective component; and determining whether the prospective component is the authentic component based on whether the cryptographic key is successfully utilized in the cryptographic communication. obtaining the prospective component for use in the vehicle, the prospective component having at least a component computing unit, a component cryptographic unit, and a component memory, the component memory storing data related to the component; obtaining from a certification authority a certification that an authentic component is associated with a cryptographic key, wherein the certification is obtained separately from the prospective component utilizing the cryptographic key in cryptographic communication with the component cryptographic unit of the prospective component; and determining whether the prospective component is the authentic component based on whether the cryptographic key is successfully utilized in the cryptographic communication.
A fixing device comprising a. a fixing member for fixing two parts together and provided with a bearing head, b. an integrated first sensor (7; 7') integrated inside the fixing device and provided with a first detector (8; 8') of the mechanical force to which the fixing member is subjected, the first detector (8; 8') being mounted in contact with the fixing member, and c. an integrated connecting component which is integrated inside the fixing device and electrically connected to the first sensor, which is configured to transmit a measurement of the mechanical force provided by the first sensor and which is mounted on the fixing member, wherein d. the fixing member comprises a body which is mounted on the bearing head, which extends along a longitudinal axis protruding from the bearing head and which is a hollow cylinder. a. a fixing member for fixing two parts together and provided with a bearing head, b. an integrated first sensor (7; 7') integrated inside the fixing device and provided with a first detector (8; 8') of the mechanical force to which the fixing member is subjected, the first detector (8; 8') being mounted in contact with the fixing member, and c. an integrated connecting component which is integrated inside the fixing device and electrically connected to the first sensor, which is configured to transmit a measurement of the mechanical force provided by the first sensor and which is mounted on the fixing member, wherein d. the fixing member comprises a body which is mounted on the bearing head, which extends along a longitudinal axis protruding from the bearing head and which is a hollow cylinder.
An apparatus for heating fluid, said apparatus comprising a tank for holding fluid to be heated and a fuel wafer in fluid communication with said fluid, said fuel wafer including a fuel mixture including reagents and a catalyst, and an heat source in thermal communication with said fuel mixture and said catalyst, wherein the heat source comprises an electrical resistor, wherein said tank is configured for holding fluid to be heated, wherein said fuel wafer is configured to be in thermal communication with said fluid, wherein said resistor is configured to be coupled to a voltage source, wherein said apparatus further comprises a controller in communication with said voltage source, and a temperature sensor, wherein said fuel mixture comprises lithium, and lithium aluminum hydride, wherein said catalyst comprises a group 10 element, wherein said controller is configured to monitor a temperature from said temperature sensor, and, based at least in part on said temperature, to reinvigorate a reaction in said fuel mixture, wherein reinvigorating said reaction comprises varying a voltage of said voltage source.
A psoralen compound selected from the group consisting of and pharmaceutically acceptable salts thereof, for use in the treatment of a cell proliferation disorder, said use comprising: administering to a subject said compound, that effects a predetermined cellular change when activated; and applying an initiation energy from an initiation energy source to the subject, activating the psoralen compound in situ, - thus causing the predetermined cellular change to occur, wherein occurrence of the predetermined cellular change causes an increase in rate or decrease in rate of cell proliferation to treat the cell proliferation disorder, wherein the predetermined cellular change is selected from apoptosis, necrosis, upregulation of genes, down-regulation of genes, secretion of cytokines, alteration of cytokine receptor responses, or a combination thereof, and wherein the cell proliferation disorder is cancer. administering to a subject said compound, that effects a predetermined cellular change when activated; and applying an initiation energy from an initiation energy source to the subject, activating the psoralen compound in situ, - thus causing the predetermined cellular change to occur, wherein occurrence of the predetermined cellular change causes an increase in rate or decrease in rate of cell proliferation to treat the cell proliferation disorder, - thus causing the predetermined cellular change to occur, wherein occurrence of the predetermined cellular change causes an increase in rate or decrease in rate of cell proliferation to treat the cell proliferation disorder,
A conveyor for conveying electrical or optical lines, such as wires, cables, line bundles, optical fibres, etc., having a gripper for gripping a line, wherein the gripper can be moved along a guide between a first position and a second position, characterised in that the gripper has a bistable mechanism, and in that a means actively acting on the gripper is provided in the region of the first position and in the region of the second position in each case, which means is constructed in order to bring the gripper into a closed position or open position, when the gripper is in one of the two positions (5, 6).
A controller for a heart assist system, comprising: a processing unit configured to: calculate a pulsatility index for a right blood pump, the right blood pump supporting a right ventricle; control the speed of the right blood pump based on the pulsatility index for the right blood pump; calculate a pulsatility index for a left blood pump, the left blood pump supporting a left ventricle; and control the speed of the left blood pump based on the pulsatility index for the left blood pump; and wherein the processing unit is configured to: operate the left blood pump to produce an artificially induced pulsatile blood flow; and calculate the left pulsatility index using measurements of blood flow through the left blood pump such that measurements influenced by artificial blood flow variations of the artificially induced pulsatile blood flow are excluded from calculating the left pulsatility index. a processing unit configured to: calculate a pulsatility index for a right blood pump, the right blood pump supporting a right ventricle; control the speed of the right blood pump based on the pulsatility index for the right blood pump; calculate a pulsatility index for a left blood pump, the left blood pump supporting a left ventricle; and control the speed of the left blood pump based on the pulsatility index for the left blood pump; and wherein the processing unit is configured to: operate the left blood pump to produce an artificially induced pulsatile blood flow; and calculate the left pulsatility index using measurements of blood flow through the left blood pump such that measurements influenced by artificial blood flow variations of the artificially induced pulsatile blood flow are excluded from calculating the left pulsatility index. calculate a pulsatility index for a right blood pump, the right blood pump supporting a right ventricle; control the speed of the right blood pump based on the pulsatility index for the right blood pump; calculate a pulsatility index for a left blood pump, the left blood pump supporting a left ventricle; and control the speed of the left blood pump based on the pulsatility index for the left blood pump; and operate the left blood pump to produce an artificially induced pulsatile blood flow; and calculate the left pulsatility index using measurements of blood flow through the left blood pump such that measurements influenced by artificial blood flow variations of the artificially induced pulsatile blood flow are excluded from calculating the left pulsatility index.
A method for operating a wireless device, comprising: establishing a radio resource control, RRC, connection with a first base station according to a first radio access technology, RAT; and providing an indication of radio frequency, RF, capability information for the wireless device to the first base station, receiving a dual connectivity cellular communication configuration for the wireless device determined by the first base station based at least in part on the indication of the RF capability information for the wireless device, wherein the indication of RF capability information for the wireless device comprises an indication that the wireless device has a single transmitter configuration for cellular communication, wherein the dual connectivity cellular communication configuration comprises dual connectivity uplink carriers in a same frequency band being configured for the wireless device. establishing a radio resource control, RRC, connection with a first base station according to a first radio access technology, RAT; and providing an indication of radio frequency, RF, capability information for the wireless device to the first base station, receiving a dual connectivity cellular communication configuration for the wireless device determined by the first base station based at least in part on the indication of the RF capability information for the wireless device, wherein the indication of RF capability information for the wireless device comprises an indication that the wireless device has a single transmitter configuration for cellular communication, wherein the dual connectivity cellular communication configuration comprises dual connectivity uplink carriers in a same frequency band being configured for the wireless device.
Method for manufacturing and using a thermoplastic extruded profile, - wherein the extruded profile, comprising at least one hollow chamber, is manufactured by means of an extrusion production process, - wherein, during the extrusion production process, endless reinforcing fibres are integrated into the thermoplastic matrix of the extruded profile and the extrusion production process is designed as a reactive pultrusion which serves for manufacturing an endlessly fibre-reinforced, thermoplastic core profile of the extruded profile, comprising at least one hollow chamber, and - wherein the core profile is provided with an outer coating in order to improve the surface quality of the extruded profile, - wherein the extruded profile is used as a rail profile for a sliding lid of a freezer cabinet, and - wherein an arcuate shape is impressed on the rail profile, during or after the reactive pultrusion, in the axial direction. - wherein the extruded profile, comprising at least one hollow chamber, is manufactured by means of an extrusion production process, - wherein, during the extrusion production process, endless reinforcing fibres are integrated into the thermoplastic matrix of the extruded profile and the extrusion production process is designed as a reactive pultrusion which serves for manufacturing an endlessly fibre-reinforced, thermoplastic core profile of the extruded profile, comprising at least one hollow chamber, and - wherein the core profile is provided with an outer coating in order to improve the surface quality of the extruded profile, - wherein the extruded profile is used as a rail profile for a sliding lid of a freezer cabinet, and - wherein an arcuate shape is impressed on the rail profile, during or after the reactive pultrusion, in the axial direction.
A drive arrangement for a plunger operated fuel pump having a single pump plunger, said plunger adapted to reciprocate along a first axis, and being driven by a rotating cam in contact with one end of said plunger, and where said cam and said contact end of said plunger are located in a cambox housing, wherein said housing includes a bore, within which is located a compensating plunger, one end of which is adapted to contact said cam, such that the cam provides reciprocating movement to said compensating plunger, such that in any cam position the effective volume of the cam box is substantially constant.
A transport apparatus (3; 4) for transporting carriers (31, 32; 310) in a machine, the transport apparatus (3; 4) comprising at least one carrier (31, 32; 310) for carrying a load, and a planar driving system for driving the at least one carrier (31, 32; 310) with magnetic force between at least two positions in a plane spanned by a first and second moving direction (x, y), wherein at least one of said carriers (31, 32; 310) comprises less magnetic force exerting elements (312; 322) which are orientated in the second moving direction (y) for driving said carrier (31, 32; 310) in the first moving direction (x) than said carrier (31, 32; 310) comprises magnetic force exerting elements (311, 313; 321, 323) which are orientated in the first moving direction (x) for driving the carrier (31, 32; 310) in the second moving direction (y), so that the planar driving system and said carrier (31, 32; 310) interact to drive said carrier (31, 32; 310) in the first moving direction (x) in a smaller range than in the second moving direction (y), wherein the at least one carrier (31, 32; 310) comprises first, second and third magnetic force exerting elements (311, 312, 313; 321, 322, 323) which are positioned adjacent to each other and each have short sides and long sides, wherein the first magnetic force exerting element (311; 321) is positioned with one of its short sides adjacent to one of the long sides of the second magnetic force exerting element (312; 322) and the second magnetic force exerting element (312; 322) is positioned with one of its short sides adjacent to one of the long sides of the third magnetic force exerting element (313; 323), characterized in that the first, second and third magnetic force exerting elements (311, 312, 313; 321, 322, 323) form an open frame and in that the first and third magnetic force exerting elements (311, 313; 321, 323) are positioned displaced from each other in the first and second moving direction (x, y) and in that the centers of the magnetic force exerting elements (311, 312, 313; 321, 322, 323) of the at least one carrier (31, 32) are displaced from each other so that the centers of the magnetic force exerting elements (311, 313; 321, 323) are not located on a straight line.
A method for drying a coating material that contains water and forms a coating when a water content of the coating material decreases when said coating material is part of an encapsulated material whose contents are encapsulated in said coating material, by floating and fluidizing said encapsulated material using a fluidized bed dryer, said method comprising steps of: a first drying step of floating and fluidizing said encapsulated material while measuring water content or temperature of exhaust gas after floating and fluidizing said encapsulated material using said fluidized bed dryer; and a second drying step of blowing gas into the fluidized bed dryer while operating conditions of said fluidized bed dryer are set so that a theorisable evaporating water content ΔW rises above the ΔW during the first drying step; and wherein the second drying step is performed after a measured water content of said exhaust gas is reduced below a prescribed amount or a measured temperature of said exhaust gas is increased. a first drying step of floating and fluidizing said encapsulated material while measuring water content or temperature of exhaust gas after floating and fluidizing said encapsulated material using said fluidized bed dryer; and a second drying step of blowing gas into the fluidized bed dryer while operating conditions of said fluidized bed dryer are set so that a theorisable evaporating water content ΔW rises above the ΔW during the first drying step; and wherein the second drying step is performed after a measured water content of said exhaust gas is reduced below a prescribed amount or a measured temperature of said exhaust gas is increased.
Use of magnetic silica particles in a method of immunoassaying an analyte in a sample, wherein the magnetic silica particles comprises: magnetic silica particles containing 60 to 95% by weight of a superparamagnetic metal oxide that has an average particle size of 1 to 15 nm dispersed therein; and the analyte, an analog of the analyte, or a substance capable of specifically binding to the analyte immobilized on the surface of the magnetic silica particles. magnetic silica particles containing 60 to 95% by weight of a superparamagnetic metal oxide that has an average particle size of 1 to 15 nm dispersed therein; and the analyte, an analog of the analyte, or a substance capable of specifically binding to the analyte immobilized on the surface of the magnetic silica particles.
Method for manufacturing composite parts, wherein at least a first composite part is joined to a second composite part, characterised in that it comprises the following steps: - providing the first composite part preform into a resin transfer mould, - heating said first part into the resin transfer mould for performing a curing cycle of the first part, - cooling said first part by recirculating a fluid into the mould before the curing cycle is completed so that a semi-cured first part is obtained, - performing the cooling step in two stages, a first stage in which a first fluid is conducted through the mould until the temperature of the first composite part is decreased at room temperature and a second stage having an additional drop of the temperature, - joining the semi-cured first part to a cured prepreg second part for obtaining the final composite part. - providing the first composite part preform into a resin transfer mould, - heating said first part into the resin transfer mould for performing a curing cycle of the first part, - cooling said first part by recirculating a fluid into the mould before the curing cycle is completed so that a semi-cured first part is obtained, - performing the cooling step in two stages, a first stage in which a first fluid is conducted through the mould until the temperature of the first composite part is decreased at room temperature and a second stage having an additional drop of the temperature, - joining the semi-cured first part to a cured prepreg second part for obtaining the final composite part.
A connector for connecting adjacent shower cubicle panels (10'; 10"), the connector (34; 34') comprising a first part (36; 36') having a first elongate channel portion (22c; 22d) for receiving an edge of a first shower cubicle panel (10'; 10'), and a male connector portion; a second part (38; 38') having a second elongate channel portion (22c; 22d) for receiving an edge of a second shower cubicle panel (10'; 10"), and a female connector portion complementarily or substantially complementarily shaped to receive the male connector portion of the first part (36; 36') of the connector; and a sealing element (40; 40') which is interposable between at least part of the first and second parts (36; 36', 38; 38') of the connector, a base of the sealing element (40; 40') being drawn tightly against exterior surfaces of the first and second parts (36; 36', 38; 38') for preventing or limiting liquid passing through the in use connector and for preventing disengagement of the first and second parts when the male connector portion of the connector is engaged with the female connector portion, the first part (36; 36'), second part (38; 38') and sealing element (46; 40') being independent of each other, characterized in that there is provided a rib and a complementarily shaped recess at an engagement surface of the male and female connector portions (42, 50), the rib and recess interengaging to secure a relative angular displacement of the adjacent shower cubicle panels (10'; 10").