mhurhangee/ep-ind-claims huggingface dataset:
A microchip comprising a gas flow path inside, the gas flow path having a pool portion at a bottom thereof for pooling liquid that is dispersed by capillary action, and being configured so that at least a part of the liquid pooled in the pool portion is evaporated, the microchip having a board, side walls each provided on an upper surface of the board and a cover provided on an upper surface of the side wall, the board, the side walls and the cover making up the gas flow path, and the microchip comprising a gas inlet port and an outlet port, characterized in that: the pool portion comprises a plurality of grooves formed in a bottom surface of the gas flow path, the plurality of grooves is formed in the board, and a counterbore that is deeper than the grooves is formed at ends of the grooves. the pool portion comprises a plurality of grooves formed in a bottom surface of the gas flow path, the plurality of grooves is formed in the board, and a counterbore that is deeper than the grooves is formed at ends of the grooves.
A personal protection equipment, PPE, system comprising: an article of PPE including an active wireless communication device for transmitting a signal, and a controller for managing configuration settings on the article of PPE; a communication hub including a user interface, an electronic connection to a PPE management software, and a wireless communication device; and a user device including a second active wireless communication device; wherein when the wireless communication device of the communication hub detects that the article of PPE is in proximity to the communication hub, the communication hub is configured to display configuration settings for the article of PPE on the user interface, and is configured to receive adjustment information related to adjusting the configuration settings by a user through interaction with the user interface; wherein the wireless communication device of the communication hub is configured to transmit information related to the adjustment information to the wireless communication device of the article of PPE; and wherein the controller is configured to adjust the configuration settings on the article of PPE in response to receipt of the information related to the adjustment information; and wherein the communication hub is configured to customize the configuration settings on the article of PPE displayed on the user interface based on a user identifier in a signal transmitted by the user device. an article of PPE including an active wireless communication device for transmitting a signal, and a controller for managing configuration settings on the article of PPE; a communication hub including a user interface, an electronic connection to a PPE management software, and a wireless communication device; and a user device including a second active wireless communication device; wherein when the wireless communication device of the communication hub detects that the article of PPE is in proximity to the communication hub, the communication hub is configured to display configuration settings for the article of PPE on the user interface, and is configured to receive adjustment information related to adjusting the configuration settings by a user through interaction with the user interface; wherein the wireless communication device of the communication hub is configured to transmit information related to the adjustment information to the wireless communication device of the article of PPE; and wherein the controller is configured to adjust the configuration settings on the article of PPE in response to receipt of the information related to the adjustment information; and wherein the communication hub is configured to customize the configuration settings on the article of PPE displayed on the user interface based on a user identifier in a signal transmitted by the user device.
Process for preparing a fermented dairy product, comprising the following steps: a) hydrolysis of lactose contained in milk; b) proteins and sugars concentrations through a process of filtration of the resulting composition under high pressure, wherein said process of filtration under high pressure is nanofiltration or reverse osmosis; wherein a step of fermentation of milk is performed during step a) or after step a) or after step b) and wherein step b) occurs after step a); wherein the nanofiltration is performed at a pressure comprised between 25 bars and 35 bars and the reverse osmosis is performed at a pressure comprised between 15 to 34 bars. a) hydrolysis of lactose contained in milk; b) proteins and sugars concentrations through a process of filtration of the resulting composition under high pressure, wherein said process of filtration under high pressure is nanofiltration or reverse osmosis;
A shaving razor cartridge comprising: a housing having a guard and a cap; at least one blade mounted to the housing between the cap and the guard, the at least one blade having a cutting edge; at least one blade registration member (54, 56) mounted to the housing and extending in a transverse direction from the guard toward the cap; a blade retention member (42, 44) securing the at least one blade between the blade registration member and the blade retention member, characterized in that the blade registration member has an unsupported region having a span of 0.25mm to 5mm between a pair of housing supported regions (77, 79). a housing having a guard and a cap; at least one blade mounted to the housing between the cap and the guard, the at least one blade having a cutting edge; at least one blade registration member (54, 56) mounted to the housing and extending in a transverse direction from the guard toward the cap; a blade retention member (42, 44) securing the at least one blade between the blade registration member and the blade retention member, characterized in that the blade registration member has an unsupported region having a span of 0.25mm to 5mm between a pair of housing supported regions (77, 79).
An air conditioner comprising: at least one indoor unit; an outdoor unit having a compressor and an outdoor unit housing; and a distribution unit having an indoor side connection unit to be connected to the indoor unit and an outdoor side connection unit to be connected to the outdoor unit, wherein the distribution unit is mounted to, the outdoor unit detachably, or a mounting surface in a state the distribution unit is separate from the outdoor unit, and characterized in that the distribution unit includes a distribution unit housing which forms an exterior of the distribution unit, and the distribution unit housing is detachably mounted to a recess in an outside of the outdoor unit housing. at least one indoor unit; an outdoor unit having a compressor and an outdoor unit housing; and a distribution unit having an indoor side connection unit to be connected to the indoor unit and an outdoor side connection unit to be connected to the outdoor unit, wherein the distribution unit is mounted to, the outdoor unit detachably, or a mounting surface in a state the distribution unit is separate from the outdoor unit, and characterized in that the distribution unit includes a distribution unit housing which forms an exterior of the distribution unit, and the distribution unit housing is detachably mounted to a recess in an outside of the outdoor unit housing.
A method for examining a sheet-shaped or card-shaped value document of a specified type with a security feature (22, 24, 26) having one or more cavities (22; 42; 52; 62, 64) configured in the value document, the width of the cavity or cavities in at least one respectively specified direction exceeding 10 μm, wherein transmission values are established in a locally resolved manner for the transmission of ultrasound in a specified frequency range, and wherein, employing the transmission values, it is checked whether a specified number of the transmission values undershoot a specified transmission threshold value which corresponds to a transmission that is smaller than the transmission of at least one reference region of the value document or of at least one reference value document not having the cavity (22; 42; 52; 62, 64) or cavities (22; 42; 52; 62, 64).
A method for making a stacked semiconductor device comprising: molding rims on a first die and a second die, the rims extending laterally away from the first and second dice, each of the rims including upper and lower rim faces, and the first and second dice are between respective upper and lower rim faces; forming one or more redistribution layers of conductive traces over one or more of the first or second dice or the rims, the one or more vias in communication with the conductive traces at the rims; and stacking the second die over the first die including engaging an upper rim face of the first die with a lower rim face of the second die, and adhering the upper rim face of the first die to the lower rim face of the second die; and drilling one or more vias through the rims after stacking, the one or more vias extending between the first and second dice. molding rims on a first die and a second die, the rims extending laterally away from the first and second dice, each of the rims including upper and lower rim faces, and the first and second dice are between respective upper and lower rim faces; forming one or more redistribution layers of conductive traces over one or more of the first or second dice or the rims, the one or more vias in communication with the conductive traces at the rims; and stacking the second die over the first die including engaging an upper rim face of the first die with a lower rim face of the second die, and adhering the upper rim face of the first die to the lower rim face of the second die; and engaging an upper rim face of the first die with a lower rim face of the second die, and adhering the upper rim face of the first die to the lower rim face of the second die; and drilling one or more vias through the rims after stacking, the one or more vias extending between the first and second dice.
A system for the automated processing of fluids according to a process operation plan involving the use of preloaded objects, said process operation plan defining preloaded objects to be present in target object positions, said system comprising: a processing area in which objects to be used for the processing of fluids are located; at least one ultrasonic sensor, adapted for determining the presence of objects by means of acoustical waves; a positioning device to which the ultrasonic sensor is fixed, adapted to move the ultrasonic sensor in at least one direction relative to said processing area; a control computer being configured to determine the presence of objects and determining if objects are present in target object positions in said processing area as defined by said process operation plan; at least one pipetting device (21, 26) for pipetting of fluids between cavities located in said processing area; an analytical or pre-analytical processing device for processing of fluids located in said processing area. a processing area in which objects to be used for the processing of fluids are located; at least one ultrasonic sensor, adapted for determining the presence of objects by means of acoustical waves; a positioning device to which the ultrasonic sensor is fixed, adapted to move the ultrasonic sensor in at least one direction relative to said processing area; a control computer being configured to determine the presence of objects and determining if objects are present in target object positions in said processing area as defined by said process operation plan; at least one pipetting device (21, 26) for pipetting of fluids between cavities located in said processing area; an analytical or pre-analytical processing device for processing of fluids located in said processing area.
Lipoic acid pellets, composed of inert cores coated with lipoic acid (active cores) and further coated with a first polymeric coat with insulating function and then with a second polymeric coat that is insoluble at the gastric pH; wherein said first polymeric coat comprises one or several polymers selected in the group consisting of hydroxypropyl methylcellulose (HPMC), hydroxypropylcellulose, polyvinylalcohol, gum arabic, polyvinylpirrolidone, copolyvidone, polyethylene-glycol; wherein lipoic acid is present in an amount ranging from 5 to 60% of the total weight of the active core; and wherein the total amount of the polymeric coats ranges from 5 to 60% by weight of the total pellet weight.
A parking apparatus for parking a piece of equipment in a parking position, the parking apparatus comprising: a linkage (930, 950) comprising at least one of a pivot and a lever arm, the linkage (930, 950) having a range of motion comprising: a working range (932, 952) defined by a specification of the piece of equipment; and an extended position (934, 954) beyond the working range (932, 952); and an actuator (110, 310, 312, 314, 710, 810) coupled to the linkage, the actuator comprising: a working length operable to position the linkage (930, 950) within the working range (932, 952); and an additional distance beyond the working length operable to position the linkage (930, 950) in the extended position (934, 954). a linkage (930, 950) comprising at least one of a pivot and a lever arm, the linkage (930, 950) having a range of motion comprising: a working range (932, 952) defined by a specification of the piece of equipment; and an extended position (934, 954) beyond the working range (932, 952); and a working range (932, 952) defined by a specification of the piece of equipment; and an extended position (934, 954) beyond the working range (932, 952); and an actuator (110, 310, 312, 314, 710, 810) coupled to the linkage, the actuator comprising: a working length operable to position the linkage (930, 950) within the working range (932, 952); and an additional distance beyond the working length operable to position the linkage (930, 950) in the extended position (934, 954). a working length operable to position the linkage (930, 950) within the working range (932, 952); and an additional distance beyond the working length operable to position the linkage (930, 950) in the extended position (934, 954).
A calibration method for an electro-hydraulic motor vehicle brake system which comprises a piston (112; 114) for building up a hydraulic pressure in the brake system, a first actuator having an electric motor and a second actuator having a brake pedal interface, wherein the first actuator and the second actuator are capable of activating the piston (112; 114), and wherein a first sensor system is capable of detecting a change in state of the first actuator, and a second sensor system (146; 148; 149) is capable of detecting a change in state of the second actuator, the method comprising: actuating the electric motor in order to activate the piston (112; 114) by means of the first actuator, wherein the second actuator follows the piston activation; detecting, during the piston activation, a first signal which is generated by the first sensor system and permits a conclusion to be drawn about an extent of the piston activation, as well as a second signal which is generated by the second sensor system (146; 148; 149); and calibrating the first signal on the basis of the second signal, or vice versa. actuating the electric motor in order to activate the piston (112; 114) by means of the first actuator, wherein the second actuator follows the piston activation; detecting, during the piston activation, a first signal which is generated by the first sensor system and permits a conclusion to be drawn about an extent of the piston activation, as well as a second signal which is generated by the second sensor system (146; 148; 149); and calibrating the first signal on the basis of the second signal, or vice versa.
Window wiper device for a vehicle having a fastening element fastened to a drive shaft, in particular a motor vehicle, comprising a wiper blade having - an elongate upper part which is at least partially of flexible form, - an elongate lower part which is at least partially of flexible form, - multiple connecting elements for connecting the upper part and the lower part, wherein the connecting elements are spaced apart from one another along a longitudinal extent of the wiper blade, and wherein the connecting elements are designed to permit a movement of the upper part and of the lower part relative to one another with a movement component along a longitudinal extent of the wiper blade, and - a wiper-blade-side fastening part, characterized in that the wiper-blade-side fastening part is detachably connectable to the fastening element by way of a linear movement, and the wiper-blade-side fastening part is connectable to the fastening element such that a rotational position about an axis perpendicular to the longitudinal extent of the wiper blade and perpendicular to the linear movement is defined by a support bearing and by a further contact point, wherein the wiper-blade-side fastening part has a cavity and has an opening arranged in a side wall of the cavity, wherein in particular, the opening is arranged in a side wall, which faces toward a connecting element, of the cavity, and wherein the wiper-blade-side fastening part has a guide element arranged in the cavity and the contact point. - an elongate upper part which is at least partially of flexible form, - an elongate lower part which is at least partially of flexible form, - multiple connecting elements for connecting the upper part and the lower part, wherein the connecting elements are spaced apart from one another along a longitudinal extent of the wiper blade, and wherein the connecting elements are designed to permit a movement of the upper part and of the lower part relative to one another with a movement component along a longitudinal extent of the wiper blade, and - a wiper-blade-side fastening part,
A method of fabricating a mold that has an inverted moth-eye structure in its surface, the inverted moth-eye structure having a plurality of recessed portions whose two-dimensional size viewed in a direction normal to the surface is not less than 50 nm and less than 500 nm, the method comprising the steps of: (a) providing an aluminum film deposited on a base, the aluminum film having a thickness of not less than 0.5 μm and not more than 5 μm, a surface of the aluminum film having a plurality of crystal grains whose crystal grain diameter distribution has two local maximums, the larger one of the local maximums being not less than 200 nm; (b) after step (a), anodizing the surface of the aluminum film to form a porous alumina layer which has a plurality of minute recessed portions; and (c) after step (b), bringing the porous alumina layer into contact with an etching solution, thereby enlarging the plurality of minute recessed portions of the porous alumina layer. (a) providing an aluminum film deposited on a base, the aluminum film having a thickness of not less than 0.5 μm and not more than 5 μm, a surface of the aluminum film having a plurality of crystal grains whose crystal grain diameter distribution has two local maximums, the larger one of the local maximums being not less than 200 nm; (b) after step (a), anodizing the surface of the aluminum film to form a porous alumina layer which has a plurality of minute recessed portions; and (c) after step (b), bringing the porous alumina layer into contact with an etching solution, thereby enlarging the plurality of minute recessed portions of the porous alumina layer.
A pool cleaner comprising: a drive mechanism for moving the pool cleaner; a housing that has a first fluid opening and a second fluid opening; a filtering unit that comprises a filter enclosure and a filtering element; and a fluid flow mechanism for inducing a flow of fluid through the filtering unit in a first direction during a filtering process; wherein the fluid flow mechanism comprises: multiple fluid flow control elements that surround the filtering unit and are configured to direct fluid towards sidewalls of the filtering unit during a backwash process; characterized in that the pool cleaner further comprises a scanning mechanism that is configured to lower and elevate the multiple fluid flow control elements in relation to the filtering element during the backwash process. a drive mechanism for moving the pool cleaner; a housing that has a first fluid opening and a second fluid opening; a filtering unit that comprises a filter enclosure and a filtering element; and a fluid flow mechanism for inducing a flow of fluid through the filtering unit in a first direction during a filtering process; wherein the fluid flow mechanism comprises: multiple fluid flow control elements that surround the filtering unit and are configured to direct fluid towards sidewalls of the filtering unit during a backwash process; characterized in that the pool cleaner further comprises a scanning mechanism that is configured to lower and elevate the multiple fluid flow control elements in relation to the filtering element during the backwash process. multiple fluid flow control elements that surround the filtering unit and are configured to direct fluid towards sidewalls of the filtering unit during a backwash process; characterized in that the pool cleaner further comprises a scanning mechanism that is configured to lower and elevate the multiple fluid flow control elements in relation to the filtering element during the backwash process.
A VCP inhibitor for use in synergizing an oncolytic virus for treating a tumor, or for use in reversing drug-resistance of tumor to an oncolytic virus, wherein said oncolytic virus is at least one selected from M1 virus and Getah virus.
A current transformer, comprising: a magnetic core; a primary winding configured to carry a primary current wherein the primary winding comprises a plurality of primary winding branches (104A-104N) in parallel; a plurality of secondary windings (110, 110A, 110B, 110C) magnetically coupled to at least one of the primary winding branches, each secondary winding having a plurality of turns configured to induce a secondary current from at least one of the plurality of primary winding branches; and wherein each of the plurality of secondary windings is configured to be coupled to an end user. a magnetic core; a primary winding configured to carry a primary current wherein the primary winding comprises a plurality of primary winding branches (104A-104N) in parallel; a plurality of secondary windings (110, 110A, 110B, 110C) magnetically coupled to at least one of the primary winding branches, each secondary winding having a plurality of turns configured to induce a secondary current from at least one of the plurality of primary winding branches; and wherein each of the plurality of secondary windings is configured to be coupled to an end user.