mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell system comprising: a fuel cell having an anode receiving fuel and a cathode receiving oxidant; an anode oxidizing assembly receiving output of said anode and input oxidant and outputting oxidant gas for said cathode; characterized by a fuel supply assembly including a supply line and a first fuel flow control part, said fuel supply assembly supplying fuel to said anode at a flow rate that is equal to or less than a first flow rate; a low flow bypass assembly that directs fuel supplied by said supply line to bypass said first fuel flow control part and to flow through said low flow bypass assembly so as to limit the flow rate of fuel being supplied by the fuel supply assembly to a second flow rate smaller than said first flow rate; and a control assembly adapted to control a flow of fuel through the fuel supply assembly and the low flow bypass assembly; wherein, responsive to the temperature in said anode oxidizing assembly being within a predetermined temperature range, the control assembly controls the flow of fuel to bypass said first fuel flow control part and to flow through the low flow bypass assembly so as to limit the flow rate of fuel being supplied by the fuel supply assembly to the second flow rate. a fuel cell having an anode receiving fuel and a cathode receiving oxidant; an anode oxidizing assembly receiving output of said anode and input oxidant and outputting oxidant gas for said cathode; a fuel supply assembly including a supply line and a first fuel flow control part, said fuel supply assembly supplying fuel to said anode at a flow rate that is equal to or less than a first flow rate; a low flow bypass assembly that directs fuel supplied by said supply line to bypass said first fuel flow control part and to flow through said low flow bypass assembly so as to limit the flow rate of fuel being supplied by the fuel supply assembly to a second flow rate smaller than said first flow rate; and a control assembly adapted to control a flow of fuel through the fuel supply assembly and the low flow bypass assembly;
A method for wireless communication at a user equipment, UE, operating in a non-connected state, comprising: receiving, in the non-connected state, group common downlink control information in one or more group common downlink control channels including a first group common downlink control channel, characterised in that the one or more group common downlink control channels scheduling a plurality of downlink data channels, each downlink data channel indicating at least a respective configuration of physical resources and transmission parameters usable for grant-free uplink transmission; determining, in the non-connected state, scheduling information and a group radio network temporary identifier for a first downlink data channel of the plurality of downlink data channels based at least in part on the group common downlink control information received in the first group common downlink control channel; receiving, in the non-connected state in the first downlink data channel according to the identified scheduling information and the group radio network temporary identifier, a first configuration of physical resources and transmission parameters to be used for a grant-free uplink transmission of one or more of a preamble, control information, or data; and transmitting, in the non-connected state, the grant-free uplink transmission to a base station based on the first configuration of physical resources and transmission parameters. receiving, in the non-connected state, group common downlink control information in one or more group common downlink control channels including a first group common downlink control channel, characterised in that the one or more group common downlink control channels scheduling a plurality of downlink data channels, each downlink data channel indicating at least a respective configuration of physical resources and transmission parameters usable for grant-free uplink transmission; determining, in the non-connected state, scheduling information and a group radio network temporary identifier for a first downlink data channel of the plurality of downlink data channels based at least in part on the group common downlink control information received in the first group common downlink control channel; receiving, in the non-connected state in the first downlink data channel according to the identified scheduling information and the group radio network temporary identifier, a first configuration of physical resources and transmission parameters to be used for a grant-free uplink transmission of one or more of a preamble, control information, or data; and transmitting, in the non-connected state, the grant-free uplink transmission to a base station based on the first configuration of physical resources and transmission parameters.
A counter-flow heat exchanger comprising: a heat exchanger core including an inner wall and an outer wall radially outward and spaced apart from the inner wall, wherein a first flow path is defined within the inner wall and a second flow path is defined between the inner wall and the outer wall, wherein the heat exchanger core includes a primary flow inlet, a primary flow outlet and a middle portion therebetween, wherein the inner and outer walls (110, 112) are concentric at the primary flow inlet of the heat exchanger core, wherein the inner wall defines a first set of channels extending axially from the primary flow inlet to the middle portion of the heat exchanger core gradually diverging away from a radial center of the heat exchanger core as the inner wall extends away from the primary flow inlet, and wherein the inner wall and the outer wall define a second set of channels extending axially from the primary flow inlet to the middle portion of the heat exchanger core converging toward the radial center of the heat exchanger core wherein the heat exchanger core is a circular cylinder, wherein at the primary flow inlet of the heat exchanger core, in a cross-section taken perpendicular to a primary flow direction, the inner and outer walls define an annulus therebetween including the second flow path, and wherein a diameter of the heat exchanger core at the primary flow inlet is smaller than a diameter of the heat exchanger core in the middle portion.
A composition comprising a plurality of oligomeric phosphonates having a phosphorous content of 2% to 10% by weight of the plurality of oligomeric phosphonates and 80% to 100% of the plurality of oligomeric phosphonates having two or more hydroxyl end groups derived from a dihydroxy compound.
Compact mill, essentially made up of a feed chute opening onto a rotor equipped with grinding and/or cutting hammers collaborating with a grinding drum provided with screen walls, it being possible for a crushing element to be provided upstream of the rotor, above the feed chute and some distance therefrom, characterized in that the axis of the rotor is inclined, making an acute angle with the feed chute.
A sludge treatment process comprising subjecting a sludge mixed liquor formed in the biological treatment system for organic wastewater acid fermentation treatment in an acid fermentor, subsequently adding a magnesium source to the liquor in a particle aging tank to allow crystal particles of magnesium ammonium phosphate to grow in the particle aging tank, then treating the sludge mixed liquor in an anaerobic digestion tank to effect the digestion of sludge and the growth of crystal particles of magnesium ammonium phosphate, withdrawing a sludge mixed liquor containing crystals of magnesium ammonium phosphate from the anaerobic digestion tank, separating and recovering solids containing magnesium ammonium phosphate crystal particles from the withdrawn sludge mixed liquor feeding part of the sludge mixed liquor after separation and recovery of the magnesium ammonium phosphate crystal particles into the acid fermentor, and simultaneously feeding the separated and recovered crystal particles of magnesium ammonium phosphate into the aging tank.
Formwork tie receptacle (10, 10a; 20, 20a) for receiving a tie bar (30, 30a), which tie bar (30, 30a) is provided for connecting formwork elements, comprising: a substantially cylindrical portion (11, 11a; 21, 21a) having an opening (13, 13a; 23, 23a) for inserting a tie bar (30, 30a), the substantially cylindrical portion extending between a first end and a second end of the formwork tie receptacle, the formwork tie receptacle (10, 10a; 20, 20a) having a ball portion (12, 12a; 22, 22a) adjoining the substantially cylindrical portion for support against a formwork element, the formwork tie receptacle comprising a locking means, which locking means can be inserted into the formwork tie receptacle and can be locked there, namely for locking a tie bar to the formwork tie receptacle, characterised in that the locking means has grooves which can engage in grooves of the tie bar.
A hearing aid system comprising a hearing instrument adapted for being worn by a user at or in an ear, the hearing instrument comprising • a signal processor adapted for processing an input sound and providing an output stimulus according to a hearing impaired user's particular needs, • a measurement unit comprising measurement electrodes or electric terminals for picking up voltage changes of the body of the user, the electrodes being located in an in the ear, ITE, part of the hearing instrument, the ITE part being adapted for being located fully or partially in the ear canal of the user, and wherein the ITE part comprises two electric terminals located on or extending from the surface of the ITE part, and • a wireless interface adapted for allowing a wireless link to be established to another device picking up data related to direct measures of cognitive load of a user in the form of voltages measured on body tissue of neural elements, • an estimation unit for providing an estimate of present cognitive load of the user based on the picked up voltage changes and/or data, • wherein the system is adapted to influence said processing in dependence of an estimate a present cognitive load of the user. • a signal processor adapted for processing an input sound and providing an output stimulus according to a hearing impaired user's particular needs, • a measurement unit comprising measurement electrodes or electric terminals for picking up voltage changes of the body of the user, the electrodes being located in an in the ear, ITE, part of the hearing instrument, the ITE part being adapted for being located fully or partially in the ear canal of the user, and wherein the ITE part comprises two electric terminals located on or extending from the surface of the ITE part, and • a wireless interface adapted for allowing a wireless link to be established to another device picking up data related to direct measures of cognitive load of a user in the form of voltages measured on body tissue of neural elements, • an estimation unit for providing an estimate of present cognitive load of the user based on the picked up voltage changes and/or data, • wherein the system is adapted to influence said processing in dependence of an estimate a present cognitive load of the user.
Apparatus for cleaning a surface immersed in a liquid, notably a swimming pool cleaning robot, including a body, said body including lower, upper and lateral walls configured so that: - said lower wall is intended to be positioned facing the immersed surface over which the apparatus moves, - said upper wall is opposite said lower wall, - said lateral walls connect said lower and upper walls, means for moving the body over said immersed surface, a central chamber, situated inside the body, and including a filter basket, said filter basket including a filter wall, and an opening enabling extraction of said filter basket from the body, characterized in that said opening is on a lateral wall of the body. - said lower wall is intended to be positioned facing the immersed surface over which the apparatus moves, - said upper wall is opposite said lower wall, - said lateral walls connect said lower and upper walls,
Pipetting device comprising a multi-pipette head of a liquid handling apparatus and a plurality of pipette cones, wherein the pipetting device comprises: a) a block for: - holding a plurality of identically configured tubular pipette tips having a tip axis and a wall extending along said tip axis; and - connecting these pipette tips to a plurality of pipette cones of the multi-pipette head; and b) devices for connecting and separating block and multi-pipette head, characterized in that the block comprises a plurality of receptacles arranged parallel to one another, extending concentrically to the tip axes, penetrating the block and each comprising a shoulder; and in that the pipetting device comprises a plurality of inserts extending concentrically to the tip axes for insertion into the receptacles of the block, wherein • each insert comprises a cavity, a cylindrical insertion opening with inserted pipette tip, and a conical insertion opening for sealingly inserting a pipette cone of the multi-pipette head, wherein • each insert has a support with which it rests, when inserted into the block, on the shoulder of the corresponding receptacle, and wherein • the pipetting device further comprises a retention device for preventing an insert from being inadvertently withdrawn from a receptacle during separation of the block and multi-pipette head, wherein the retention device is configured as a rib-groove combination (26, 27). a) a block for: - holding a plurality of identically configured tubular pipette tips having a tip axis and a wall extending along said tip axis; and - connecting these pipette tips to a plurality of pipette cones of the multi-pipette head; and - holding a plurality of identically configured tubular pipette tips having a tip axis and a wall extending along said tip axis; and - connecting these pipette tips to a plurality of pipette cones of the multi-pipette head; and b) devices for connecting and separating block and multi-pipette head, • each insert comprises a cavity, a cylindrical insertion opening with inserted pipette tip, and a conical insertion opening for sealingly inserting a pipette cone of the multi-pipette head, wherein • each insert has a support with which it rests, when inserted into the block, on the shoulder of the corresponding receptacle, and wherein • the pipetting device further comprises a retention device for preventing an insert from being inadvertently withdrawn from a receptacle during separation of the block and multi-pipette head, wherein the retention device is configured as a rib-groove combination (26, 27).
Multifunctional tap having an outlet tap for multiple fluids, which are possibly variable in their state, having an operator control device with multiple sensors (13, 14, 15, 16, 17), arranged in a distributed manner, and/or switches (40, 42) for operator control of the multifunctional tap, and having a display, wherein the display has at least one display element which is spatially assigned to one of the sensors (13, 14, 15, 16, 17) and/or switches (40, 42) such that the location of the associated sensor (13, 14, 15, 16, 17) and/or switch (40, 42) is signalled to an operator, characterized in that multiple such display elements are connected to form a display ring of the multifunctional tap, wherein each sensor (13, 14, 15, 16, 17) and/or switch (40, 42) is assigned a separate associated display element.
A capsule for infusion products comprising: a cup-shaped body made of a plastic material and defined by a bottom wall, which is provided with a beverage outlet area, and by a lateral wall; a lid, which is arranged so as to close said cup-shaped body and is provided with a water inlet area; an infusion product contained in said cup-shaped body; wherein a plurality of abutments originate from said bottom wall and define labyrinth-shaped channels for the path of the beverage towards said outlet area, a disc being fixed onto said abutments, and wherein it comprises a passage for the beverage from the chamber defined in said cup-shaped body to said labyrinth-shaped channels; characterized in that said disc is water-proof and has a diameter that is smaller than the inner diameter of the inner face of said lateral wall at the same level of said disc, so as to create an annular passage between the peripheral edge of said disc and the inner face of said lateral wall, through which the beverage flows from the chamber defined in said cup-shaped body to the said labyrinth-shaped channels. a cup-shaped body made of a plastic material and defined by a bottom wall, which is provided with a beverage outlet area, and by a lateral wall; a lid, which is arranged so as to close said cup-shaped body and is provided with a water inlet area; an infusion product contained in said cup-shaped body; wherein a plurality of abutments originate from said bottom wall and define labyrinth-shaped channels for the path of the beverage towards said outlet area, a disc being fixed onto said abutments, and wherein it comprises a passage for the beverage from the chamber defined in said cup-shaped body to said labyrinth-shaped channels; characterized in that said disc is water-proof and has a diameter that is smaller than the inner diameter of the inner face of said lateral wall at the same level of said disc, so as to create an annular passage between the peripheral edge of said disc and the inner face of said lateral wall, through which the beverage flows from the chamber defined in said cup-shaped body to the said labyrinth-shaped channels.
A facilitated CO 2 transport membrane comprising a separation-functional membrane that includes a hydrophilic polymer gel membrane containing a CO 2 carrier and a CO 2 hydration catalyst, characterized in that the hydrophilic polymer gel membrane comprises a polyvinyl alcohol-polyacrylic acid salt copolymer, the CO 2 hydration catalyst contains at least one of a tellurite compound, a selenite compound, an orthosilicate compound and a molybdate compound, the polyvinyl alcohol-polyacrylic acid salt copolymer is contained in an amount falling within a range of about 10 to 80% by weight based on the total weight of the polyvinyl alcohol-polyacrylic acid salt copolymer and the CO 2 carrier in the separation-functional membrane, the CO 2 carrier is contained in an amount falling within a range of about 20 to 90% by weight based on the total weight of the polyvinyl alcohol-polyacrylic acid salt copolymer and the CO 2 carrier in the separation-functional membrane, and the CO 2 hydration catalyst is contained in an amount of 0.01 times or more the amount of the CO 2 carrier in terms of molar number in the separation-functional membrane. the hydrophilic polymer gel membrane comprises a polyvinyl alcohol-polyacrylic acid salt copolymer, the CO 2 hydration catalyst contains at least one of a tellurite compound, a selenite compound, an orthosilicate compound and a molybdate compound, the polyvinyl alcohol-polyacrylic acid salt copolymer is contained in an amount falling within a range of about 10 to 80% by weight based on the total weight of the polyvinyl alcohol-polyacrylic acid salt copolymer and the CO 2 carrier in the separation-functional membrane, the CO 2 carrier is contained in an amount falling within a range of about 20 to 90% by weight based on the total weight of the polyvinyl alcohol-polyacrylic acid salt copolymer and the CO 2 carrier in the separation-functional membrane, and the CO 2 hydration catalyst is contained in an amount of 0.01 times or more the amount of the CO 2 carrier in terms of molar number in the separation-functional membrane.
A pad type disposable diaper comprising: a crotch portion; a front portion that extends toward a front side of the crotch portion; a rear portion that extends toward a rear side of the crotch portion; an absorbent provided in a front-rear direction range including the crotch portion; and a top sheet covering a surface side of the absorbent, wherein the absorbent is formed of a lower layer absorbent and an upper layer absorbent formed on a surface side of the lower layer absorbent, wherein a pair of left and right slits that pass through only the upper layer absorbent or the upper layer absorbent and the lower layer absorbent in a thickness direction is extended in a front-rear direction region including the crotch portion, wherein each of the pair of left and right slits has a predetermined width, and the left slit and the right slit are spaced apart in a width direction, wherein the top sheet includes a depressed portion that falls into the slits, and wherein, in at least a region located between the slits in the top sheet, a large number of convex portions protruding toward the surface side is arranged in a zigzag manner while being spaced apart by an interval, and the interval between the adjacent convex portions in the width direction is shorter than each of sizes in the width direction of the convex portions located at the front side and at a rear side of a part of the interval. a crotch portion; a front portion that extends toward a front side of the crotch portion; a rear portion that extends toward a rear side of the crotch portion; an absorbent provided in a front-rear direction range including the crotch portion; and a top sheet covering a surface side of the absorbent, wherein the absorbent is formed of a lower layer absorbent and an upper layer absorbent formed on a surface side of the lower layer absorbent, wherein a pair of left and right slits that pass through only the upper layer absorbent or the upper layer absorbent and the lower layer absorbent in a thickness direction is extended in a front-rear direction region including the crotch portion, wherein each of the pair of left and right slits has a predetermined width, and the left slit and the right slit are spaced apart in a width direction, wherein the top sheet includes a depressed portion that falls into the slits, and wherein, in at least a region located between the slits in the top sheet, a large number of convex portions protruding toward the surface side is arranged in a zigzag manner while being spaced apart by an interval, and the interval between the adjacent convex portions in the width direction is shorter than each of sizes in the width direction of the convex portions located at the front side and at a rear side of a part of the interval.
A ramp system, with a linear motor drive which is designed to enable the physically disabled to board and dismount from the vehicles, enables the disabled to board the vehicle from both sides of the vehicle and has a small packaging volume, - at least one ramp which extends from both sides of the vehicle and enables the wheelchair to easily board and dismount from the vehicle, - at least one linear motor which enables linear movement of the ramp thanks to linear drive. - at least one ramp which extends from both sides of the vehicle and enables the wheelchair to easily board and dismount from the vehicle, - at least one linear motor which enables linear movement of the ramp thanks to linear drive.
A mirror comprising a transparent glass substrate, at least one metallic reflecting layer and at least one protective paint layer on the back of the mirror, characterized in that it comprises an overlayer which is a barrier to corrosive elements, such as sulfides and/or chlorides, with a thickness of less than or equal to 6 μm which is located on the protective layer, said overlayer being an acrylic, vinyl, polyurethane, polyester, alkyd or styrene resin..