mhurhangee/ep-ind-claims huggingface dataset:
A garment comprising: a garment base material that includes one or more fabric components; and a pouch (100, 200) releasably or fixedly attached to the garment base material, the pouch for securely holding objects during athletic activity, the pouch including: an outer envelope that defines an interior chamber that has a first major surface and a second major surface; one or more foam components located within the outer envelope, the one or more foam components including a first foam layer adjacent to the first major surface of the outer envelope and a second foam layer adjacent to the second major surface of the outer envelope; a resealable opening located on an exterior of the outer envelope, the resealable opening providing an opening for an object to be inserted into the interior chamber; and a one-way valve in communication with the interior chamber, wherein once the object is inserted into the pouch (100, 200), the resealable opening is closed and sealed and the one or more foam components are compressed, wherein the compression of the one or more foam components expels the air from the interior chamber of the outer envelope via the one-way valve. a garment base material that includes one or more fabric components; and a pouch (100, 200) releasably or fixedly attached to the garment base material, the pouch for securely holding objects during athletic activity, the pouch including: an outer envelope that defines an interior chamber that has a first major surface and a second major surface; one or more foam components located within the outer envelope, the one or more foam components including a first foam layer adjacent to the first major surface of the outer envelope and a second foam layer adjacent to the second major surface of the outer envelope; a resealable opening located on an exterior of the outer envelope, the resealable opening providing an opening for an object to be inserted into the interior chamber; and a one-way valve in communication with the interior chamber, an outer envelope that defines an interior chamber that has a first major surface and a second major surface; one or more foam components located within the outer envelope, the one or more foam components including a first foam layer adjacent to the first major surface of the outer envelope and a second foam layer adjacent to the second major surface of the outer envelope; a resealable opening located on an exterior of the outer envelope, the resealable opening providing an opening for an object to be inserted into the interior chamber; and a one-way valve in communication with the interior chamber, wherein once the object is inserted into the pouch (100, 200), the resealable opening is closed and sealed and the one or more foam components are compressed, wherein the compression of the one or more foam components expels the air from the interior chamber of the outer envelope via the one-way valve.
A method for producing an autologous cancer vaccine comprising particles of hydroxyapatite and/or tricalcium phosphate loaded with tumor antigens, said method comprising the following steps: a) extracting the proteins contained in a serum or plasma sample obtained from a patient suffering from cancer; and b) bringing the proteins extracted in step a) into contact with particles of hydroxyapatite and/or of tricalcium phosphate in order to obtain the autologous vaccine. a) extracting the proteins contained in a serum or plasma sample obtained from a patient suffering from cancer; and b) bringing the proteins extracted in step a) into contact with particles of hydroxyapatite and/or of tricalcium phosphate in order to obtain the autologous vaccine.
A razor cartridge (100, 200) comprising: a frame forming an exterior of the razor cartridge (100, 200); a comb guard (115, 215) protruding from a front end of the frame to align hair during shaving; a first blade (121, 221) which is coupled to a first slot formed at the front end of the frame and arranged adjacent to a rear portion of the comb guard (115, 215) to cut the hair aligned by the comb guard (115, 215); a plurality of second blades (125, 225) which are coupled to a plurality of second slots formed at a rear end of the frame to further cut the hair cut by the first blade (121, 221), and protrusion guards formed in the frame to be located before and behind the second blades (125, 225) and having a height corresponding to a position of an upper end of the second blades (125, 225), wherein a first imaginary line segment (a segment of line I-I) connecting the upper end of the comb guard (115, 225) to the upper end of the first blade (121, 221) forms a first blade contact surface and a second imaginary line (line I'-I') connecting the upper ends of the protrusion guards located before and behind the second slots forms a second blade contact surface, wherein the second blade contact surface is located higher than the first blade contact surface. a frame forming an exterior of the razor cartridge (100, 200); a comb guard (115, 215) protruding from a front end of the frame to align hair during shaving; a first blade (121, 221) which is coupled to a first slot formed at the front end of the frame and arranged adjacent to a rear portion of the comb guard (115, 215) to cut the hair aligned by the comb guard (115, 215); a plurality of second blades (125, 225) which are coupled to a plurality of second slots formed at a rear end of the frame to further cut the hair cut by the first blade (121, 221), and protrusion guards formed in the frame to be located before and behind the second blades (125, 225) and having a height corresponding to a position of an upper end of the second blades (125, 225), wherein a first imaginary line segment (a segment of line I-I) connecting the upper end of the comb guard (115, 225) to the upper end of the first blade (121, 221) forms a first blade contact surface and a second imaginary line (line I'-I') connecting the upper ends of the protrusion guards located before and behind the second slots forms a second blade contact surface, wherein the second blade contact surface is located higher than the first blade contact surface.
A transfer apparatus, provided in a ring redundant communication path, comprising: a first and a second port both belonging to the ring redundant communication path; a control unit for setting each of the first port and the second port to a first condition in which both a normal frame and a control frame are transferred or a second condition in which at least the normal frame is not transferred, wherein the control unit, when a control frame for inspecting the ring redundant communication path is not received for a fixed time via the first port, is configured to set the first port to the second condition, and is subsequently configured to transmit a control frame which is generated by the transfer apparatus itself for changing the second condition to the first condition from at least one of the first and second ports. a first and a second port both belonging to the ring redundant communication path; a control unit for setting each of the first port and the second port to a first condition in which both a normal frame and a control frame are transferred or a second condition in which at least the normal frame is not transferred, wherein the control unit, when a control frame for inspecting the ring redundant communication path is not received for a fixed time via the first port, is configured to set the first port to the second condition, and is subsequently configured to transmit a control frame which is generated by the transfer apparatus itself for changing the second condition to the first condition from at least one of the first and second ports.
A computer-implemented method of encoding an input bit sequence, comprising: applying modulation coding, using a run length limited (d, k) modulation encoder; a (G, I) modulation encoder; or a maximum transition run (j, k) modulation encoder, to one or more selected portions of the input bit sequence but not to all portions of the input bit sequence, leaving the remaining portions of the input bit sequence unchanged, characterized in that the method further comprises precoding only those portions of the input bit sequence to which modulation coding has been applied, using a 1/ (1 ⊕ D 2) or a 1/ (1 ⊕ D) precoding technique, leaving said remaining portions of the input bit sequence unchanged. applying modulation coding, using a run length limited (d, k) modulation encoder; a (G, I) modulation encoder; or a maximum transition run (j, k) modulation encoder, to one or more selected portions of the input bit sequence but not to all portions of the input bit sequence, leaving the remaining portions of the input bit sequence unchanged,
A method of generating complementary masks for use in a dark field double dipole imaging process, said method comprising the steps of: identifying a target pattern having a plurality of features, said plurality of features comprising horizontal and vertical features, decomposing the target pattern into a horizontal mask and a vertical mask, the decomposing comprising model based bias optimization of both masks for optimizing an overall model criterion after double exposure, generating the horizontal mask based on said target pattern, said horizontal mask including low contrast features, said generation of said horizontal mask comprising the steps of: optimizing the bias of said low contrast features contained in said horizontal mask; and applying scatter bars to said horizontal mask; and generating the vertical mask based on said target pattern, said vertical mask containing low contrast features, said generation of said vertical mask comprising the steps of: optimizing the bias of low contrast features contained in said vertical mask; applying scatter bars to said vertical mask. identifying a target pattern having a plurality of features, said plurality of features comprising horizontal and vertical features, decomposing the target pattern into a horizontal mask and a vertical mask, the decomposing comprising model based bias optimization of both masks for optimizing an overall model criterion after double exposure, generating the horizontal mask based on said target pattern, said horizontal mask including low contrast features, said generation of said horizontal mask comprising the steps of: optimizing the bias of said low contrast features contained in said horizontal mask; and applying scatter bars to said horizontal mask; and optimizing the bias of said low contrast features contained in said horizontal mask; and applying scatter bars to said horizontal mask; and generating the vertical mask based on said target pattern, said vertical mask containing low contrast features, said generation of said vertical mask comprising the steps of: optimizing the bias of low contrast features contained in said vertical mask; applying scatter bars to said vertical mask. optimizing the bias of low contrast features contained in said vertical mask; applying scatter bars to said vertical mask.
A system for directing a user to modify an aspect of a vehicle via haptic output, the system comprising: one or more haptic output devices configured to generate haptic output in response to a control signal; and a processor coupled to the one or more haptic output devices and configured to: determine, based on a second control signal received from a vehicle control unit that a parameter associated with a vehicle device should be modified; determine, based on a current value for the parameter and a target value for the parameter, an initial position of the haptic output and a path to move the haptic output on a hand or an arm of the user; generate the control signal based on the initial position and the path; and transmit the control signal to the one or more haptic output devices. one or more haptic output devices configured to generate haptic output in response to a control signal; and a processor coupled to the one or more haptic output devices and configured to: determine, based on a second control signal received from a vehicle control unit that a parameter associated with a vehicle device should be modified; determine, based on a current value for the parameter and a target value for the parameter, an initial position of the haptic output and a path to move the haptic output on a hand or an arm of the user; generate the control signal based on the initial position and the path; and transmit the control signal to the one or more haptic output devices. determine, based on a second control signal received from a vehicle control unit that a parameter associated with a vehicle device should be modified; determine, based on a current value for the parameter and a target value for the parameter, an initial position of the haptic output and a path to move the haptic output on a hand or an arm of the user; generate the control signal based on the initial position and the path; and transmit the control signal to the one or more haptic output devices.
A thermal insulation material produced by hot-pressing a plurality of prepregs in a state in which the plurality of prepregs are stacked, each of the plurality of prepregs being obtained by impregnating heat-resistant paper with a thermosetting resin, the thermal insulation material comprising 32 to 64 mass% of a fibrous material and 36 to 68 mass% of the thermosetting resin, wherein the heat-resistant paper is paper made of glass fibers, and wherein the thermosetting resin is a thermosetting phenolic resin.
A pastillation process for the production of ammonium sulfate nitrate, comprising: forming a slurry melt comprising ammonium sulfate nitrate and ammonium sulfate in a reactor; passing the slurry melt to a heated stator; continuously agitating the slurry melt in the heated stator with a rotating multi-bladed paddle; passing a portion of the slurry melt through a channel; extruding the portion of the slurry melt through a moving grid that slides over the channel, and wherein the moving grid comprises holes sized to form droplets; and cooling the droplets that spread to form uniform solid particles in the 1 to 3 mm diameter range. forming a slurry melt comprising ammonium sulfate nitrate and ammonium sulfate in a reactor; passing the slurry melt to a heated stator; continuously agitating the slurry melt in the heated stator with a rotating multi-bladed paddle; passing a portion of the slurry melt through a channel; extruding the portion of the slurry melt through a moving grid that slides over the channel, and wherein the moving grid comprises holes sized to form droplets; and cooling the droplets that spread to form uniform solid particles in the 1 to 3 mm diameter range.
A temperature-controlled valve for use in cold drinking water or cold domestic water systems, the valve, depending on an adjustable or fixed temperature with respect to a higher temperature of the medium flowing through the valve, being opened for the flow up to a maximum flow rate and with respect to a lower temperature or for a medium flowing through the valve being at this temperature being closed for the flow except for a residual flow rate, characterized by that the valve includes a control element determining the flow which is controllable or adjustable directly or by a drive coupled thereto into the two extreme positions by an actuator detecting the temperature of the flowing medium, that the actuator is a thermocouple disposed in the flowing medium and including an expansion element such as a plunger, that the valve includes a housing with an inlet and an outlet for the flowing medium, or that the valve is received in the housing of a connecting fitting with an inlet port and an outlet port, by means of which an annular line is coupled to a main supply line, and that the valve is fitted in the annular line branched from the main supply line and that the valve is coupled to a control element such that for a valve opened for a maximum flow rate, the main supply line is blocked such that the volumetric flow of the main supply line flows through the annular line, after reaching the desired temperature the valve being reduced again to a residual flow and the main supply line being opened again, and that the valve includes the housing with the fluid inlet and the fluid outlet and a chamber being in communication therewith, into which a valve cartridge is inserted that is in communication with the inlet and the outlet, the valve cartridge including a sleeve, in which is held a main spindle operable from outside and which includes a bottom opening that is open toward the inlet, as well as radial openings that are open toward to the outlet, between the inner end of the main spindle and the bottom of the sleeve including the bottom opening a spring element being provided that is supported at the bottom and at a thermocouple supported at the inner spindle end and expanding under temperature influence in parallel to the spindle axis, the thermocouple being positively coupled to a control element forming with its exterior contour and a contour provided within the sleeve a flow gap, through which the inflowing fluid flows to the radial openings of the sleeve and then to the outlet.
A pneumatic tire having in a tread surface at least one circumferential groove extending in the tire circumferential direction and plural lateral grooves each opening to the circumferential groove, comprising: a recessed portion formed in a groove wall, facing the corresponding lateral groove, of the circumferential groove; wherein a length in the tire widthwise direction of each recessed portion gradually increases from a connection point of the recessed portion with the circumferential groove toward a summit of the recessed portion and then gradually decreases from the summit toward another connection point of the recessed portion with the circumferential groove, and the recessed portion is formed such that the summit thereof does not exist on the center line of the lateral groove, characterized by the lateral grooves having a wider groove width than the circumferential groove and extending to be inclined with respect to the tire circumferential direction, and at least one projection portion being formed at the groove bottom of the circumferential groove between the recessed portions adjacent to each other in the tire circumferential direction. a recessed portion formed in a groove wall, facing the corresponding lateral groove, of the circumferential groove; wherein a length in the tire widthwise direction of each recessed portion gradually increases from a connection point of the recessed portion with the circumferential groove toward a summit of the recessed portion and then gradually decreases from the summit toward another connection point of the recessed portion with the circumferential groove, and the recessed portion is formed such that the summit thereof does not exist on the center line of the lateral groove,
A method comprising: receiving, from a main computing device integrated into a vehicle that supports execution of a first container in which a first instance of a runtime environment executes, and by a supporting computing device, a second container that supports execution of a second instance of the runtime environment, the first instance of the runtime environment and the second instance of the runtime environment configured to jointly present a user interface by which an operator of the vehicle controls functionality of the vehicle; and executing, by the supporting computing device, the second container to enable execution of the second instance of the runtime environment, wherein the second instance of the runtime environment is configured to interface with the first instance of the runtime environment executed by the main computing device to jointly present the user interface by which the operator of the vehicle controls the functionality of the vehicle. receiving, from a main computing device integrated into a vehicle that supports execution of a first container in which a first instance of a runtime environment executes, and by a supporting computing device, a second container that supports execution of a second instance of the runtime environment, the first instance of the runtime environment and the second instance of the runtime environment configured to jointly present a user interface by which an operator of the vehicle controls functionality of the vehicle; and executing, by the supporting computing device, the second container to enable execution of the second instance of the runtime environment, wherein the second instance of the runtime environment is configured to interface with the first instance of the runtime environment executed by the main computing device to jointly present the user interface by which the operator of the vehicle controls the functionality of the vehicle.
A photosynthetic scaffold comprising: photosynthetically active cells; and a scaffold on which the photosynthetically active cells proliferate. photosynthetically active cells; and a scaffold on which the photosynthetically active cells proliferate.
A method for controlling a first cooking zone and a second cooking zone of an induction cooking hob, wherein the method comprises the steps of: - inputting a requested power for each cooking zone (18, 20), - activating a one-zone mode, if the requested power for one cooking zone (18, 20) is bigger than zero and the requested power for the other one cooking zone (18, 20) is zero, - activating a two-zones mode, if the requested powers for both cooking zones (18, 20) are bigger than zero, and - if the two-zones mode is activated, then selecting an algorithm (48, 50, 52, 54) from a set of algorithms (48, 50, 52, 54) in dependence of the requested powers for the cooking zones (18, 20), characterised in that each cooking zone (18, 20) is supplied by a corresponding generator (14, 16), wherein in the two-zones mode a coupled alternate patterns algorithm is activated, if the requested power of each of the cooking zones is lower than 50% of the maximum deliverable power of the cooking zone and the sum of the requested powers in relation to the respective maximum deliverable power of said cooking zones (18, 20) is between 50% and 100%, but the requested power of one of the cooking zones (18, 20) is below 25% of the of the related maximum deliverable power of said cooking zone (18, 20), and wherein in the coupled alternate patterns algorithm the cooking zone (18, 20) with the lower requested power is defined as a primary zone, while the other one cooking zone (18, 20) is defined as a secondary zone, and wherein a pattern duty-cycle activation time for the primary zone is defined as: Tpdc = P 1 / minDP 1 * Tadcp, or Tpdc = P 2 / minDP 2 * Tadcp, respectively, while the remaining time is provided for the pattern duty-cycle activation time for the secondary zone, wherein Tadcp is an adaptable cycle period, Tpdc is the pattern duty-cycle activation time, P1 is the requested power for the first cooking zone, P2 is the requested power for the second cooking zone, and minDP1 and minDP2 are the minimum deliverable power of the first and second cooking zone (18, 20), respectively. - inputting a requested power for each cooking zone (18, 20), - activating a one-zone mode, if the requested power for one cooking zone (18, 20) is bigger than zero and the requested power for the other one cooking zone (18, 20) is zero, - activating a two-zones mode, if the requested powers for both cooking zones (18, 20) are bigger than zero, and - if the two-zones mode is activated, then selecting an algorithm (48, 50, 52, 54) from a set of algorithms (48, 50, 52, 54) in dependence of the requested powers for the cooking zones (18, 20),