mhurhangee/patent-ind-claim-en huggingface dataset:
Autonomous apparatus for cooking food comprising a support body , a lid which can be opened/closed with respect to said support body , a container cooperating with said lid in the closed condition so as to define a cooking chamber , said autonomous apparatus also comprising at least an upper heating device located above said container , and at least a main ventilation device associated with said upper heating device , said lid comprising an external casing , and a lower wall , facing toward said cooking chamber , said external casing and said lower wall defining a multifunctional containing compartment , substantially closed in order to house at least a motor member to drive at least said main ventilation device , wherein said lower wall is associated with a bell element , located below said lower wall and having an aperture facing toward said container and an upper wall , said upper heating device and said main ventilation device being installed inside said bell element and below said upper wall , so as to be directly facing inside said container , said upper wall facing toward said lower wall of said lid , between said upper wall of the bell element and said lower wall of said lid being defined a hollow space forming a cushion of air to insulate between the inside of said container and said multifunctional containing compartment from the heat, and wherein said lower wall is provided with a downwardly protruding element contacting a peripheral edge of said upper wall to define the height of said hollow space , and wherein the apparatus comprises an auxiliary ventilation device driven by said motor member and being located inside said multifunctional containing compartment and above said lower wall of said lid .
Battery module comprising a plurality of cylindrical battery cells , in particular lithium-ion battery cells , and a first housing element with a plurality of cylindrical first receptacles , in which a first plurality of battery cells which are connected to one another electrically in series and/or in parallel are received and a second housing element with a plurality of cylindrical second receptacles , in which a second plurality of battery cells which are connected to one another electrically in series and/or in parallel are received, wherein the first housing element has a first main body on which the first receptacles are arranged and the second housing element has a second main body on which the second receptacles are arranged, characterized in that the first main body and the second main body are connected to one another so as to form a receiving space in which a control device of the battery module is received. in particular lithium-ion battery cells , and a first housing element with a plurality of cylindrical first receptacles , in which a first plurality of battery cells which are connected to one another electrically in series and/or in parallel are received and a second housing element with a plurality of cylindrical second receptacles , in which a second plurality of battery cells which are connected to one another electrically in series and/or in parallel are received, wherein the first housing element has a first main body on which the first receptacles are arranged and the second housing element has a second main body on which the second receptacles are arranged, characterized in that the first main body and the second main body are connected to one another so as to form a receiving space in which a control device of the battery module is received.
A fluid flow sensing system (300; 500; 602; 606; 700) comprising: a housing having a chamber that is sized and dimensioned to allow fluid to pass therethrough; a flap provided within said chamber , wherein said flap comprises a polymer film, and wherein the fluid displaces said flap when the fluid passes thereover; a piezoresistive sensor bonded to said polymer film for generating an output signal when said flap is displaced, said sensor configured to sense a displacement of said flap in at least two directions, wherein said flap has a non-linear response, wherein said sensor responds to an input rectangular flow pulse applied to displace said flap in a first, positive direction by providing an exponential decay response function, and said sensor responds to an input rectangular flow pulse applied to displace said flap in a second, negative direction by providing a mesa response function, said mesa response function having fewer non-linear components than said exponential decay response function; a determining unit for receiving said output signal of said sensor and in response thereto, determining flow rate data associated with the fluid; and a correction unit for receiving said flow rate data and applying a correction function to said flow rate data to correct said exponential decay response function. a housing having a chamber that is sized and dimensioned to allow fluid to pass therethrough; a flap provided within said chamber , wherein said flap comprises a polymer film, and wherein the fluid displaces said flap when the fluid passes thereover; a piezoresistive sensor bonded to said polymer film for generating an output signal when said flap is displaced, said sensor configured to sense a displacement of said flap in at least two directions, wherein said flap has a non-linear response, wherein said sensor responds to an input rectangular flow pulse applied to displace said flap in a first, positive direction by providing an exponential decay response function, and said sensor responds to an input rectangular flow pulse applied to displace said flap in a second, negative direction by providing a mesa response function, said mesa response function having fewer non-linear components than said exponential decay response function; a determining unit for receiving said output signal of said sensor and in response thereto, determining flow rate data associated with the fluid; and a correction unit for receiving said flow rate data and applying a correction function to said flow rate data to correct said exponential decay response function.
An electronically controlled pneumatic overlay for a pneumatic control valve having a brake cylinder pressure outlet , comprising: a relay valve having a first port coupled to a source of reservoir pressure, a second port for providing a brake cylinder pressure output, and an exhaust (EX), wherein the relay valve is movable between a first position where the second port is connected to the exhaust, a second position where the first port, the second port, and the exhaust are isolated from each other, and a third position where the first port is connected to the second port so that the source of reservoir pressure provides the brake cylinder pressure output; and a pilot valve coupled to the relay valve for receiving the brake cylinder pressure output from the second port of the relay valve, wherein the pilot valve is moveable to selectively couple the brake cylinder pressure output to the brake cylinder pressure outlet of the pneumatic control valve. a relay valve having a first port coupled to a source of reservoir pressure, a second port for providing a brake cylinder pressure output, and an exhaust (EX), wherein the relay valve is movable between a first position where the second port is connected to the exhaust, a second position where the first port, the second port, and the exhaust are isolated from each other, and a third position where the first port is connected to the second port so that the source of reservoir pressure provides the brake cylinder pressure output; and a pilot valve coupled to the relay valve for receiving the brake cylinder pressure output from the second port of the relay valve, wherein the pilot valve is moveable to selectively couple the brake cylinder pressure output to the brake cylinder pressure outlet of the pneumatic control valve.
Capacitive element manufactured by using multilayer printed circuit board technology, wherein the body of the element comprises a layer of dielectric material interposed between two layers of conductive material arranged on opposite sides of said layer of dielectric material , wherein each layer of conductive material is in turn covered, on its free side, with an external covering layer ; the material for making said layer of dielectric material is chosen among materials having: - a dielectric permittivity ε r >1, - a dielectric strength k>100kV/mm, and - a dissipation factor Df≤0.002, and wherein the dimensions of said layer of dielectric material are greater than the dimensions of said layers of conductive material , so as to limit the edge effects that might cause discharge phenomena, and wherein said layer of dielectric material is chosen among a polyamide film, a fluorinated ethylene propylene (FEP) film and silicon oxide, and make said capacitive element flexible. - a dielectric permittivity ε r >1, - a dielectric strength k>100kV/mm, and - a dissipation factor Df≤0.002,
A system (SY) comprising a host device (HO) and a secure element (SC) connected to the host device, the secure element comprising a plurality of virtual profiles (P1, P2, P3), characterized in that the system comprises a communication component configured to enable simultaneous communications with several of said plurality of virtual profiles, in that the system comprises a discovery agent (EDA) configured to provide a subset of the plurality of virtual profiles having an enabled state and configuration data for each virtual profile of said subset, in that the system comprises capability data (CA) reflecting the maximum number of logical channels which can be handled by the host device, in that the system comprises an allocating agent (AG) configured to cooperate with the discovery agent to allocate a range of logical channels to each virtual profile which have an enabled state based on the capability data and to assign in each of the allocated ranges a main logical channel which remains permanently available when the virtual profile to which the range is allocated has been booted.
Clot retrieval device, wherein at least the part of said device intended to be in contact with a clot is coated with at least one chromatin binding agent, wherein said chromatin binding agent is selected from the group consisting of digoxigenin, a digoxigenin derivative, distamycin and a distamycin derivative, and wherein said chromatin binding agent is coated on the part of the device intended to be in contact with a clot via at least one coating agent.
A coin depositing and dispensing machine , said machine comprising: a front face ; a coin input unit for input of coins into the machine ; a coin processing unit , which is arranged to receive coins input through the coin input unit , to determine a denomination of coins, and sort coins according to denomination; a storage unit comprising at least one container for storing coins of a specific denomination; and a coin output unit , comprising a first element and a second element , the second element being arranged to carry the first element , wherein the first element in a first position is arranged in relation to the at least one container for receiving coins output from the at least one container , characterized in that the first element , when the coin output unit is in a closed state and the second element is in a closed position, is displaceable in relation to the second element from the first position in a direction towards the front face to a second position in a vicinity of the front face , and wherein the second element , when the first element is in the second position , is displaceable in relation to the front face from said closed position to an open position when the coin output unit is in an open state for carrying the first element to an output position , where the first element at least partially protrudes from the front face . a front face ; a coin input unit for input of coins into the machine ; a coin processing unit , which is arranged to receive coins input through the coin input unit , to determine a denomination of coins, and sort coins according to denomination; a storage unit comprising at least one container for storing coins of a specific denomination; and a coin output unit , comprising a first element and a second element , the second element being arranged to carry the first element , wherein the first element in a first position is arranged in relation to the at least one container for receiving coins output from the at least one container , characterized in that the first element , when the coin output unit is in a closed state and the second element is in a closed position, is displaceable in relation to the second element from the first position in a direction towards the front face to a second position in a vicinity of the front face , and wherein the second element , when the first element is in the second position , is displaceable in relation to the front face from said closed position to an open position when the coin output unit is in an open state for carrying the first element to an output position , where the first element at least partially protrudes from the front face .
A multilayer film comprising at least one layer comprising or consisting of a polymer composition P1) obtainable by free-radical polymerization of a monomer composition M1) comprising at least one monomer A) selected from α,β-ethylenically unsaturated mono- and dicarboxylic acids, salts of α,β-ethylenically unsaturated mono- and dicarboxylic acids, anhydrides of α,β-ethylenically unsaturated mono- and dicarboxylic acids and mixtures thereof, in the presence of at least one polyether component PE) selected from polyetherols having a number-average molecular weight of at least 200 g/mol, mono- and di(C 1 -C 6 -alkyl) ethers of such polyetherols, surfactants containing polyether groups, and mixtures thereof.
An animal litter box , comprising: an upper container having a plurality of holes formed on a bottom portion , the plurality of holes penetrating in an up-down direction; a lower container that includes a receiving section receiving excrement that has passed through the plurality of holes , wherein, an absorbent sheet that absorbs the excrement is placed on the receiving section , characterised by : the weight of the upper container not acting on the lower container ; and an output unit that outputs a signal changing according to an amount of the excrement received by the receiving section (31. an upper container having a plurality of holes formed on a bottom portion , the plurality of holes penetrating in an up-down direction; a lower container that includes a receiving section receiving excrement that has passed through the plurality of holes , wherein, an absorbent sheet that absorbs the excrement is placed on the receiving section , characterised by : the weight of the upper container not acting on the lower container ; and an output unit that outputs a signal changing according to an amount of the excrement received by the receiving section (31. the weight of the upper container not acting on the lower container ; and an output unit that outputs a signal changing according to an amount of the excrement received by the receiving section (31.
An insect protection device for an open access opening leading to a common room, such access opening being closable by a door , comprising a cover net by which the access opening is coverable and which is detachably fixed with its rim in the region of the rim of the access opening and exhibits at least one vertical subdivision which can optionally be bridged by an associated closing device comprising a zipper , characterized in that the closing device comprises two fasteners arranged one behind the other in access direction and actuatable independently from each other, with a magnetic fastener being provided beside the zipper associated with the inner side of the cover net and associated with the outer side of the cover net comprising two magnetic strips (11a, b) arranged along the rim of the subdivision comprising two magnetic elements attracting each other.
Temocillin, or a pharmaceutically acceptable salt thereof, for use in treating an intestinal disorder in a subject experiencing adherent invasive E. coli (AIEC) overgrowth of the intestine.
Label for application to a cylindrical product, comprising an upper layer with information fields, wherein at least one information field is present that is visible from outside, and at least one further lower layer , formed separately from the upper layer , with at least one information field , whereby the rear side of the lower layer is used for fixing to the product, wherein the at least one lower layer is arranged below the upper layer and is covered by this upper layer in the closed state, the layers being connected to one another in certain regions via releasable adhesive bond , one or more perforations being introduced into the upper layer as opening means and, in the open state, by folding down at least part of the upper layer , access is provided to the information fields on the back of the upper layer which are not visible from the outside and/or to the information fields of the lower layer which are not visible from the outside wherein permanent adhesive bonds and/or detachable adhesive bonds are provided for connecting the layers and wherein the detachable adhesive bonds are provided outside the information fields and enable the upper layer to be lifted from the lower layer and the layers to be bonded again, characterised in that all layers of the label are the same size, on each lower layer of the label, two additional weakened areas are provided running parallel to each other, such as cuts with holding points, whereby a folding region is formed between the additional weakened areas , when the label is applied to a cylindrical product, the additional weakened areas form predetermined folding points, and the folding region is folded over when the product is wrapped around it in order to absorb the displacement of the lower layers , the folding region being covered by the upper layer when the label is applied to the product and not opened more than one lower layer is provided, wherein the several lower layers are arranged one below the other and the additional weakened areas of the several lower layers are arranged offset to each other in the circumferential direction of the product.
Injection nozzle for an injection molding device comprising an actuator interconnected via a drive train to at least one closure element arranged movable in a nozzle head in a first direction (a), the drive train comprising a. a cam mechanism with a cam head comprising a cam head block comprising per closure element a bracket , wherein said bracket comprising at least one inlay , the cam head and the inlay together being arranged moveable in a second direction (b), wherein b. per closure element the at least one inlay comprising a first drive surface which interacts with a second drive surface arranged at the closure element at least during closing of the closure element ; c. the cam head block per closure element comprising a third drive surface which interacts with a fourth drive surface arranged at the closure element at least during opening of the closure element . a. a cam mechanism with a cam head comprising a cam head block comprising per closure element a bracket , wherein said bracket comprising at least one inlay , the cam head and the inlay together being arranged moveable in a second direction (b), wherein b. per closure element the at least one inlay comprising a first drive surface which interacts with a second drive surface arranged at the closure element at least during closing of the closure element ; c. the cam head block per closure element comprising a third drive surface which interacts with a fourth drive surface arranged at the closure element at least during opening of the closure element .
An apparatus configured to be installed on a terminal block and to make an electrical connection to at least one input/output (I/O) loop, the apparatus comprising: a terminal section having a first electrical connector and at least one pair of terminal pins , the at least one pair of terminal pins arranged to be connected to the terminal block and to the at least one I/O loop, the at least one pair of terminal pins include stems configured to be installed into complimentary sockets on the terminal section, the stems include ridges that snap into complementary indents in the sockets, or the ridges that make a friction fit with sidewalls of the sockets; an electronic section having a second electrical connector connected to the first electrical connector of the terminal section arranged to communicate with the I/O loop through the terminal section; and a clip including a clip arm configured to be moved latterly away from the terminal block. a terminal section having a first electrical connector and at least one pair of terminal pins , the at least one pair of terminal pins arranged to be connected to the terminal block and to the at least one I/O loop, the at least one pair of terminal pins include stems configured to be installed into complimentary sockets on the terminal section, the stems include ridges that snap into complementary indents in the sockets, or the ridges that make a friction fit with sidewalls of the sockets; an electronic section having a second electrical connector connected to the first electrical connector of the terminal section arranged to communicate with the I/O loop through the terminal section; and a clip including a clip arm configured to be moved latterly away from the terminal block.
Hinge comprising a first leaf and a second leaf , which first leaf and second leaf are connected to one another via a coupling element being arranged for enabling a swiveling movement over at least one swiveling axis, the coupling element being provided at a first end of the first leaf and at a first end of the second leaf, The first leaf comprising a first mating member of a first type; and The second leaf comprising a second mating member of a second type arranged to mate with the first mating member of the first type; Which first mating member and second mating member are provided on the first leaf and the second leaf such that: - The first mating member and second mating member are aligned for mating, but not mating if the hinge is closed and the first leaf and the second leaf are coupled; and - The first mating member and second mating member are arranged to mate if the coupling element is removed and the first leaf and the second leaf are moved relative to one another in a first direction having a component parallel to the first leaf and the second leaf, the mating inhibiting further movement of the first leaf and the second leaf relative to one another in the a further direction having a component perpendicular to the swiveling axis; Characterised in that in a closed state of the hinge, the first mating member is accommodated in the second leaf and the second mating member is accommodated in the first leaf such that at the outer sides of the hinge, the hinge is flush, with no protrusions protruding in a direction perpendicular to the leaf. - The first mating member and second mating member are aligned for mating, but not mating if the hinge is closed and the first leaf and the second leaf are coupled; and - The first mating member and second mating member are arranged to mate if the coupling element is removed and the first leaf and the second leaf are moved relative to one another in a first direction having a component parallel to the first leaf and the second leaf, the mating inhibiting further movement of the first leaf and the second leaf relative to one another in the a further direction having a component perpendicular to the swiveling axis;