mhurhangee/ep-ind-claims huggingface dataset:
A vehicle having a vehicle brake system comprising: an input device into which an operation of a brake operating member is input; and an electric brake actuator which controls a brake fluid pressure based on at least an electric signal generated in accordance with the operation of the brake operating member, the input device being structured as a separate device from the electric brake actuator and including the brake operating member so as to be operated by an operator, the input device comprising: a master cylinder that produces a fluid pressure in accordance with the input of the operation of the brake operating member; and a stroke simulator that is provided side by side with the master cylinder, is in communication with the master cylinder, and applies in a pseudo manner a force counteracting the operation of the brake operating member to the brake operating member, and a reservoir tank provided above the master cylinder and the stroke simulator, wherein the master cylinder and the stroke simulator are formed integrally, and characterized in that the master cylinder and the stroke simulator are provided side by side in an integral manner in a vehicle width direction, and that the reservoir tank is provided between the master cylinder and the stroke simulator. a master cylinder that produces a fluid pressure in accordance with the input of the operation of the brake operating member; and a stroke simulator that is provided side by side with the master cylinder, is in communication with the master cylinder, and applies in a pseudo manner a force counteracting the operation of the brake operating member to the brake operating member, and a reservoir tank provided above the master cylinder and the stroke simulator, wherein the master cylinder and the stroke simulator are formed integrally, and characterized in that the master cylinder and the stroke simulator are provided side by side in an integral manner in a vehicle width direction, and that the reservoir tank is provided between the master cylinder and the stroke simulator.
System for distilling drinking alcohol, in particular whiskey from fermented mash, comprising at least one distillation column which draws off alcohol vapour from the fermented mash, a condenser assembly which condenses at least part of the alcohol vapour, and a rectification column which increases the alcohol concentration and the top vapour of which heats a reboiler of the distillation column, the condenser assembly comprising an evaporator which uses the condensation heat of at least part of the alcohol vapour of the distillation column to generate steam, and it being possible to supply the steam, for the purpose of heating said steam, to the distillation column by means of a mechanical compressor that increases the pressure and/or temperature of the steam, it being possible to supply the evaporator with fresh water, in particular preheated fresh water, spent wash or spent wash flash vapour, for generating the steam, and the mechanical compressor being connected, by means of a separator which separates the steam, to a circulating circuit for fresh water, spent wash or spent wash flash vapour that passes through the evaporator, characterised in that the rectification column has more than 50 trays and the rectified drinking alcohol is drawn off in an upper region below the top of the rectification column.
A method for providing a permanent hydrophilic effect to a fluoropolymer material, the method comprising - obtaining an at least partly hydrophobic fluoropolymer material, wherein the method further comprises - applying a plasma, depositing an inorganic coating using an atomic layer deposition process, wherein said applying a plasma and/or said using an atomic layer deposition process comprises using process parameters for said plasma and/or said atomic layer deposition process determining a high interaction probability between one or more precursors for the atomic layer deposition process and the fluoropolymer material so as to obtain an inorganic coated fluoropolymer material having a contact angle with water below 30°, characterized in that the method furthermore comprises, before said depositing an inorganic material, exposure to ozone of the at least partly hydrophobic fluoropolymer material. - obtaining an at least partly hydrophobic fluoropolymer material, - applying a plasma,
A linear sugar alcohol stabilized crosslinked (calcium 2-fluoroacrylate)-divinylbenzene-1,7-octadiene terpolymer with an amount of calcium in the polymer in the range of from about 8 wt.% to about 25 wt.%, based on the total weight of the polymer.
An information downloading apparatus operable to download differing sets of information to predetermined groups to which a mobile terminal belongs, the groups being different multicast groups, the apparatus comprising: a buffer for receiving sets of transmission data addressed to the groups; a scheduler for determining a transmission timing for transmitting the sets of transmission data to the groups; and a transmission unit for transmitting the sets of transmission data through an information channel according to conditions set by the scheduler, wherein: the transmission unit is configured to transmit to one of the plurality of different multicast groups, through a control channel, information pertaining to a transmission timing for the set of transmission data if the set of transmission data exists and a data length of the set of transmission data, the control channel including a plurality of time slots that are associated with the groups. a buffer for receiving sets of transmission data addressed to the groups; a scheduler for determining a transmission timing for transmitting the sets of transmission data to the groups; and a transmission unit for transmitting the sets of transmission data through an information channel according to conditions set by the scheduler, the transmission unit is configured to transmit to one of the plurality of different multicast groups, through a control channel, information pertaining to a transmission timing for the set of transmission data if the set of transmission data exists and a data length of the set of transmission data, the control channel including a plurality of time slots that are associated with the groups.
A chimeric construct comprising an interferon attached to an antibody that is an intact immunoglobulin that specifically binds to CD20 or to Her2/ neu, wherein: the immunoglobulin that binds to CD20 is attached to the interferon by a proteolysis resistant peptide linker consisting of the amino acid sequence AEAAAKEAAAKAGS (SEQ ID NO:59); and the immunoglobulin that binds to Her2/ neu is attached to the interferon by a proteolysis resistant peptide linker consisting of the amino acid sequence SGGGGS (SEQ ID NO:58); and wherein the construct when contacted to a tumor cell results in the killing or inhibition of growth or proliferation of the tumor cell. the immunoglobulin that binds to CD20 is attached to the interferon by a proteolysis resistant peptide linker consisting of the amino acid sequence AEAAAKEAAAKAGS (SEQ ID NO:59); and the immunoglobulin that binds to Her2/ neu is attached to the interferon by a proteolysis resistant peptide linker consisting of the amino acid sequence SGGGGS (SEQ ID NO:58); and
Timepiece movement driving at least one output mobile component, from a source of motion secured to a plate or a bridge comprised in said movement, said source of motion being formed, either by a means for generating a time magnitude, or a means for detecting the magnitude of the state of a control member of said movement, or a means for measuring or for storing a physical magnitude external to said movement, the position of said output mobile component being linked to an instantaneous value of said magnitude, respectively of said time magnitude, or of said magnitude of a state, or of said physical magnitude, according to the nature of said source of motion, wherein said instantaneous value is displayed on a display base freely swivelling relative to said plate or to said bridge carrying said source of motion, said display base including at least one display mobile component cooperating with said output mobile component to which said display mobile component is permanently coupled, directly or via a gear train, said display base carrying at least one supplementary mobile component pivoting synchronously, or in an integer pivoting velocity ratio relative to said display mobile component, characterized in that said display base comprises means for kinematic connection to an oscillating weight of a self-winding mechanism, and further characterized in that said kinematic connection means are permanently coupled direct drive means.
A method of processing mycelium colonized phase 3 mushroom compost for growing mushrooms, wherein a surface of an amount of mycelium colonized phase 3 compost is imaged to obtain imaging data and a qualitative parameter of the mycelium colonized phase 3 compost is determined on basis of the imaging data.
Method for determining a mixing ratio A of 2 organic miscible components (1, 4) in a mixture comprising said components, comprising the steps of: - providing the 2 organic miscible components (1, 4) in predefined amounts, - mixing an inorganic marker with one of the 2 organic miscible components in a predefined mixing ratio of inorganic marker to the one of the 2 organic miscible components, - preparing a mixture of the components, - carrying out an analysis for the quantitative determination of the amount of the inorganic marker and - determining the mixing ratio A of the 2 organic miscible components (1, 4), using the amount of the inorganic marker determined via the predefined mixing ratio, wherein a proportion of inorganic marker, based on a total weight of the inorganic marker and the component added to the inorganic marker, is 0.5 to 2% by weight, characterized in that the inorganic marker is ZnS, wherein the organic components (1, 4) are starting compounds of polymeric plastics. - providing the 2 organic miscible components (1, 4) in predefined amounts, - mixing an inorganic marker with one of the 2 organic miscible components in a predefined mixing ratio of inorganic marker to the one of the 2 organic miscible components, - preparing a mixture of the components, - carrying out an analysis for the quantitative determination of the amount of the inorganic marker and - determining the mixing ratio A of the 2 organic miscible components (1, 4), using the amount of the inorganic marker determined via the predefined mixing ratio, wherein a proportion of inorganic marker, based on a total weight of the inorganic marker and the component added to the inorganic marker, is 0.5 to 2% by weight, characterized in that the inorganic marker is ZnS, wherein the organic components (1, 4) are starting compounds of polymeric plastics. wherein a proportion of inorganic marker, based on a total weight of the inorganic marker and the component added to the inorganic marker, is 0.5 to 2% by weight, characterized in that the inorganic marker is ZnS, wherein the organic components (1, 4) are starting compounds of polymeric plastics.
A method of providing Electronic Program Guide, EPG, data to a digital television receiver, the method comprising: the digital television receiver transmitting device information including information about the device country, a receiver type and an original network ID, a transport stream ID, and a service ID, to a server; the server determining a group identifier, ID based on the transmitted device information, the original network ID, the transport stream ID and the service ID; the digital television receiver receiving the group ID from the server; transmitting a service request including the received group ID and first EPG data to the server at a predetermined interval; the server configuring second EPG data by combining and/or mixing EPG data received from each digital television receiver having a same group ID through a network and EPG data received from an external service provider; the digital television receiver receiving the second EPG data in response to the transmitted service request from the server, configuring an EPG based on the second EPG data, and displaying the EPG on a screen of the digital television receiver. the digital television receiver transmitting device information including information about the device country, a receiver type and an original network ID, a transport stream ID, and a service ID, to a server; the server determining a group identifier, ID based on the transmitted device information, the original network ID, the transport stream ID and the service ID; the digital television receiver receiving the group ID from the server; transmitting a service request including the received group ID and first EPG data to the server at a predetermined interval; the server configuring second EPG data by combining and/or mixing EPG data received from each digital television receiver having a same group ID through a network and EPG data received from an external service provider; the digital television receiver receiving the second EPG data in response to the transmitted service request from the server, configuring an EPG based on the second EPG data, and displaying the EPG on a screen of the digital television receiver.
A method performed by a network node (5, 12), the method comprising: receiving a service request for requesting a communication for a user equipment, UE,, the service request including information identifying a service type associated with the requested communication; determining whether to reject the service request based on the service type associated with the requested communication; and sending, to the UE, information identifying a back-off timer for the service type associated with the requested communication. receiving a service request for requesting a communication for a user equipment, UE,, the service request including information identifying a service type associated with the requested communication; determining whether to reject the service request based on the service type associated with the requested communication; and sending, to the UE, information identifying a back-off timer for the service type associated with the requested communication.
Radiator assembly for a vehicle, comprising a radiator and a stiffening frame supporting said radiator and enabling the attachment of the radiator to the front panel of the vehicle, the attachment of said radiator to the stiffening frame being done through at least one upper support attached to the radiator which is fixed in a housing of the stiffening frame, the upper support being configured for absorbing vibrations, the upper support comprising a main body made from an elastomeric material, preferably rubber, which filters said vibrations and a fixing element made from a second material, preferably plastic, having a higher hardness than the material of the main body, said fixing element comprising elastic retaining means configured for retaining said support when it is introduced into the housing of the stiffening frame, the housing of the stiffening frame comprising a first abutment wall and the upper support comprising at least one abutment area which interacts with said first abutment wall of the stiffening frame during insertion of the upper support, limiting the forward movement of the support in an insertion direction, the retaining means of the upper support comprising an elastic arm arranged on each lateral of the fixing element which protrudes laterally, a retaining area being arranged close to the free end of each arm, characterized in that the housing of the stiffening frame also comprises a second abutment wall for each retaining area arranged at a distance from the first abutment wall, the retaining means therefore comprising two retaining areas, arranged at a distance from the abutment area, interacting with the second abutment walls of the stiffening frame, limiting the movement of the upper support in the direction opposite the insertion direction, said abutment walls being communicated by a bridge which is part of the reinforcing ribs of the stiffening frame, an abutment wall being arranged in each leg of the bridge and the support being adapted to be arranged below the bridge during and after the insertion.
Tube holder for a tube filling machine, comprising a housing which has an upwardly opening tube receptacle into which a tube can be inserted by one end region thereof, wherein at least one clamping element is arranged in the region of an inner wall of the tube receptacle, by means of which clamping element, under the action of at least one spring element (16, 17), a clamping force can be applied that acts on the inserted tube radially from the outside, wherein the clamping element is pivotably mounted about a horizontally extending pivot axis, characterized by a stop part which has a control surface and which is displaceable relative to the clamping element such that the clamping element can be brought into contact with the control surface via a contact surface, and is thereby pivotable about the pivot axis.
A device for buffering a flow of articles comprising: an infeed conveyor; an outfeed conveyor; and at least two accumulation conveyors (26, 28, 30, 32, 34) defining a path extending between the infeed conveyor and the outfeed conveyor, each accumulation conveyor including an entrance portion adjacent the infeed conveyor for receiving articles from the infeed conveyor and an exit portion adjacent the outfeed conveyor for delivering articles to the outfeed conveyor, each accumulation conveyor defining a horizontal conveyance path between the entrance portion and the exit portion, characterised in that the accumulation conveyors (26, 28, 30, 32, 34) are formed as endless loops and the conveyance paths are roughly "S-shaped" with shorter, more direct return paths (40, 42, 44, 46, 48) beneath the conveyance paths. an infeed conveyor; an outfeed conveyor; and at least two accumulation conveyors (26, 28, 30, 32, 34) defining a path extending between the infeed conveyor and the outfeed conveyor, each accumulation conveyor including an entrance portion adjacent the infeed conveyor for receiving articles from the infeed conveyor and an exit portion adjacent the outfeed conveyor for delivering articles to the outfeed conveyor, each accumulation conveyor defining a horizontal conveyance path between the entrance portion and the exit portion, characterised in that the accumulation conveyors (26, 28, 30, 32, 34) are formed as endless loops and the conveyance paths are roughly "S-shaped" with shorter, more direct return paths (40, 42, 44, 46, 48) beneath the conveyance paths.
A heating device for vehicle, the heating device comprising a heater core, a blowing port, a blower, and an electric heater being individually arranged at the blowing port from which an air fed by the blower is blown into a vehicle room, wherein the electric heater has a structure in which a heat generating sheet, which generates heat by supplying electricity thereto and is formed in a strip shape, is received in a case such that the heat generating sheet is folded twice or more and that a surface of the heat generating sheet is made to be along a direction of a flow at the blowing port; and in the case an outer cylinder and an inner cylinder are concentrically arranged; characterized in that the outer cylinder and the inner cylinder are connected with each other by a connector bar, the case is equipped with plural pins situated inside folded parts of the heat generating sheet, the heat generating sheet is folded along the pins; and the pins are provided on an outer peripheral flange part jutting out from the outer cylinder to an inner peripheral side and on an inner peripheral flange part jutting out from the inner cylinder to an outer peripheral side, the connector bar being set up between the outer peripheral flange part and the inner peripheral flange part.
A method for producing a solution containing high molecular weight isolated Streptococcus pneumoniae capsular polysaccharides wherein said polysaccharides comprise phosphodiester linkages between repeat units, the method comprising: a) preparing a fermentation culture of Streptococcus pneumoniae bacterial cells that produce capsular polysaccharides comprising a phosphodiester linkage between repeat units; b) supplying CO 2 to said fermentation culture; wherein supplying CO 2 to said fermentation culture comprises a first addition of NaHCO 3 to the fermentation culture at 10-50mM and a second addition of Na 2 CO 3; c) lysing the bacterial cells in said fermentation culture; and d) isolating Streptococcus pneumoniae capsular polysaccharides from said fermentation culture; wherein the molecular weight of said isolated Streptococcus pneumoniae capsular polysaccharide is at least 480 kDa, and wherein said Streptococcus pneumoniae capsular polysaccharides are serotype 19A. a) preparing a fermentation culture of Streptococcus pneumoniae bacterial cells that produce capsular polysaccharides comprising a phosphodiester linkage between repeat units; b) supplying CO 2 to said fermentation culture; wherein supplying CO 2 to said fermentation culture comprises a first addition of NaHCO 3 to the fermentation culture at 10-50mM and a second addition of Na 2 CO 3; c) lysing the bacterial cells in said fermentation culture; and d) isolating Streptococcus pneumoniae capsular polysaccharides from said fermentation culture;
Portable object comprising a case closed by a back cover and by display means, an electronic module arranged in said case, a wristband fastened on two opposite sides of the case, and control means for controlling said electronic module, said portable object being configured to operate in a first operating mode and in a second operating mode, characterised in that said control means comprise a plurality of tactile switching elements arranged on opposite faces of the case, two switching elements arranged opposite each other forming a pair of switching elements, the control means comprising at least two pairs of switching elements, and in that at least the switch from the first operating mode to the second operating mode is achieved by simultaneous action on both switching elements of any one pair of switching elements.
An antibody mimetic, which is starch binding domain that specifically binds to an epitope on HIV glycoprotein, for use in inhibiting prophylactically or therapeutically HIV infection of a subject.
Liposome composition for use in the peritoneal dialysis of patients suffering from hyperammonemia, wherein the pH within the liposomes vesicles differs from the pH in the peritoneal cavity, wherein the pH within the liposomes vesicles is 1 to 6.5 and results in a liposome-encapsulated charged toxin, wherein the liposomes bilayer comprises as main constituent a natural or synthetic phospholipid, and wherein the diameter size of the liposomes vesicles is larger than 700 nm.