mhurhangee/ep-ind-claims huggingface dataset:
A prosthetic device comprising: an exterior surface; an interior surface (12, 14) having first and second portions (12, 14); and an end surface having exterior and interior edges (18, 17A, 17B) and extending between the exterior and the interior surfaces (12, 14), characterized in that: the interior edge consists of one first curved portion and one second curved portion and first portion of the interior surface (12, 14) extends from the first curved portion of the interior edge at an acute angle relative to the end surface and the second portion of the interior surface (12, 14) extends from the second curved portion of the interior edge of the end surface at a right angle relative to the end surface, wherein the second portion includes a step that abuts the first portion, and wherein the first curved portion and the second curved portion define a full inner perimeter of the device. an exterior surface; an interior surface (12, 14) having first and second portions (12, 14); and an end surface having exterior and interior edges (18, 17A, 17B) and extending between the exterior and the interior surfaces (12, 14), characterized in that: the interior edge consists of one first curved portion and one second curved portion and first portion of the interior surface (12, 14) extends from the first curved portion of the interior edge at an acute angle relative to the end surface and the second portion of the interior surface (12, 14) extends from the second curved portion of the interior edge of the end surface at a right angle relative to the end surface, the interior edge consists of one first curved portion and one second curved portion and first portion of the interior surface (12, 14) extends from the first curved portion of the interior edge at an acute angle relative to the end surface and the second portion of the interior surface (12, 14) extends from the second curved portion of the interior edge of the end surface at a right angle relative to the end surface, wherein the second portion includes a step that abuts the first portion, and wherein the first curved portion and the second curved portion define a full inner perimeter of the device.
A pharmaceutical composition for human or veterinary use, containing a therapeutically effective amount of palmitoylethanolamide in the ultra-micronized form, wherein more than 90% by weight of palmitoylethanolamide has particle sizes lower than 6 microns, together with pharmaceutically acceptable excipients.
An apparatus comprising a power transformer that is configured to be coupled to a mobile platform device via a power cable, the power transformer further configured to provide power to the mobile platform device and including a pluggable communications card comprising a wired communications connector configured to enable communications with the mobile platform device via power cable; characterised in that the communications card is further configured to provide Ethernet functionality and functionalities of a docking station via a communications connector 136.
A recombinant serine protease enzyme comprising an amino acid sequence having at least 82 % identity to an amino acid sequence as defined in SEQ ID NO: 2 and which comprises amino acid E at position 105, or amino acid D at position 103 and amino acid E at position 105 in the numbering according to SEQ ID NO: 2, wherein said enzyme has better performance in stain removal as compared to the wild-type protease having an amino acid sequence as defined in SEQ ID NO: 2.
Device for treating soil with electromagnetic radiation, comprising: - a magnetron antenna for generating microwave radiation with a relatively high frequency; - a wave guide connected to the output of the magnetron antenna; - downward directed tubular members (18, 19) connected to the wave guide; - a manifold arranged between the two tubular members and the wave guide; - a tuner unit arranged on the wave guide; and - cooling means (21,22) comprising a space filled with water; characterised in that the cooling means (21,22) is coupled to the wave guide for absorbing the electromagnetic radiation reflected by the soil and in that a distributing rod is provided in the manifold for distributing the microwave radiation from the magnetron antenna substantially equally between the tubular members (18,19). - a magnetron antenna for generating microwave radiation with a relatively high frequency; - a wave guide connected to the output of the magnetron antenna; - downward directed tubular members (18, 19) connected to the wave guide; - a manifold arranged between the two tubular members and the wave guide; - a tuner unit arranged on the wave guide; and - cooling means (21,22) comprising a space filled with water;
A hearing protection device comprising: at least one ear cup; and a battery compartment; wherein: the battery compartment is incorporated within the ear cup; the battery compartment further comprises a removable cover; the removable cover comprises a key and a main body panel portion; the battery compartment further comprises a bias element configured to bias the key outward away from the main body panel portion of the removable cover; the battery compartment further comprises a lock-fit aperture; the key further comprises a grip surface characterised in that the key further comprises a longitudinal member having a distal end shaped to interact/correspond with the lock-fit aperture to provide two configurations; the two configurations comprise a locked configuration and an unlocked configuration; and the key is configured so that rotation with respect to the main body panel portion switches between the locked configuration and the unlocked configuration. at least one ear cup; and a battery compartment; wherein: the battery compartment is incorporated within the ear cup; the battery compartment further comprises a removable cover; the removable cover comprises a key and a main body panel portion; the battery compartment further comprises a bias element configured to bias the key outward away from the main body panel portion of the removable cover; the battery compartment further comprises a lock-fit aperture; the key further comprises a grip surface characterised in that the key further comprises a longitudinal member having a distal end shaped to interact/correspond with the lock-fit aperture to provide two configurations; the two configurations comprise a locked configuration and an unlocked configuration; and the key is configured so that rotation with respect to the main body panel portion switches between the locked configuration and the unlocked configuration. the battery compartment is incorporated within the ear cup; the battery compartment further comprises a removable cover; the removable cover comprises a key and a main body panel portion; the battery compartment further comprises a bias element configured to bias the key outward away from the main body panel portion of the removable cover; the battery compartment further comprises a lock-fit aperture; the key further comprises a grip surface characterised in that the key further comprises a longitudinal member having a distal end shaped to interact/correspond with the lock-fit aperture to provide two configurations; the two configurations comprise a locked configuration and an unlocked configuration; and the key is configured so that rotation with respect to the main body panel portion switches between the locked configuration and the unlocked configuration.
System for producing electromagnetic radiation with enhancement from a drift tube containing a cylindrical Smith-Purcell structure, comprising: a) a magnetically insulated linear oscillator having a cylindrical resonant cavity containing a traveling wave electron gun and cooperating anode, and further containing a drift tube positioned between the traveling wave electron gun and the cooperating anode; b) the drift tube being formed of a hollow cylindrical conductive element that is positioned within said resonant cavity and that is electrically isolated from the traveling wave electron gun, wherein a cylindrical axis of the drift tube is coaxial with a main axis of the resonant cylindrical cavity in a region between said electron gun and said anode; c) the drift tube having an inner surface and a pair of ends; the hollow cylindrical conductive element being enhanced by containing a cylindrical Smith-Purcell grating surface formed on the inner surface of the drift tube; said grating surface comprising a reflection grating surface having a series of ridges spaced apart by respective grooves; said reflection grating surface extending for at least a majority of the length of the drift tube; d) the drift tube being adapted so that an electron beam, from the electron gun, passes through the inner space of the drift tube and interacts with the internal Smith-Purcell grating surface, so as to produce RF radiation by Smith-Purcell Effect; and e) the drift tube being further adapted so that spacing, face angle and shape of the Smith-Purcell grating surface, and an energy of the electron beam are determinants of the frequency of the RF radiation. a) a magnetically insulated linear oscillator having a cylindrical resonant cavity containing a traveling wave electron gun and cooperating anode, and further containing a drift tube positioned between the traveling wave electron gun and the cooperating anode; b) the drift tube being formed of a hollow cylindrical conductive element that is positioned within said resonant cavity and that is electrically isolated from the traveling wave electron gun, wherein a cylindrical axis of the drift tube is coaxial with a main axis of the resonant cylindrical cavity in a region between said electron gun and said anode; c) the drift tube having an inner surface and a pair of ends; the hollow cylindrical conductive element being enhanced by containing a cylindrical Smith-Purcell grating surface formed on the inner surface of the drift tube; said grating surface comprising a reflection grating surface having a series of ridges spaced apart by respective grooves; said reflection grating surface extending for at least a majority of the length of the drift tube; d) the drift tube being adapted so that an electron beam, from the electron gun, passes through the inner space of the drift tube and interacts with the internal Smith-Purcell grating surface, so as to produce RF radiation by Smith-Purcell Effect; and e) the drift tube being further adapted so that spacing, face angle and shape of the Smith-Purcell grating surface, and an energy of the electron beam are determinants of the frequency of the RF radiation.
Post made of profile-rolled sheet metal for viticulture or orcharding, in particular vineyard post, having a substantially U-shaped cross-section with a U-back and two U-legs (3, 4), wherein an outwardly projecting longitudinal rib (5, 6) is formed on each of the U-legs (3, 4), wherein the longitudinal ribs (5, 6) have an inwardly open cross section with two legs (7, 8), and at least one outwardly open receiving pocket for receiving a wire, is formed in each of the longitudinal ribs (5, 6), wherein the receiving pockets each have two receiving windows (11, 12), formed in the legs (7, 8) of the longitudinal ribs (5, 6) and arranged at the same height, and a tongue arranged between the receiving windows (11, 12) and extending in the longitudinal direction of the longitudinal rib (5, 6), and wherein the two receiving windows (11, 12) of a receiving pocket are connected to each other by a slot, so that a wire can be placed into or lifted out of the receiving pocket through the slot, characterized in that the longitudinal ribs (5, 6) are formed at the transition from the U-back to the U-legs (3, 4), and that a projection (18, 19) is formed on each of the two legs (7, 8) of the longitudinal ribs (5, 6), so that a projection (18, 19) projects into each of the two receiving windows (11, 12) of the receiving pocket, so that the receiving windows (11, 12) each have a reduced width in the region of the projections (18, 19). wherein the receiving pockets each have two receiving windows (11, 12), formed in the legs (7, 8) of the longitudinal ribs (5, 6) and arranged at the same height, and a tongue arranged between the receiving windows (11, 12) and extending in the longitudinal direction of the longitudinal rib (5, 6), and wherein the two receiving windows (11, 12) of a receiving pocket are connected to each other by a slot, so that a wire can be placed into or lifted out of the receiving pocket through the slot, characterized in that the longitudinal ribs (5, 6) are formed at the transition from the U-back to the U-legs (3, 4), and that a projection (18, 19) is formed on each of the two legs (7, 8) of the longitudinal ribs (5, 6), so that a projection (18, 19) projects into each of the two receiving windows (11, 12) of the receiving pocket, so that the receiving windows (11, 12) each have a reduced width in the region of the projections (18, 19).
A fastener tape assembly comprising: a fastening component defining a folded edge; a bonding component defining a first face for affixment to a diaper or substrate and an oppositely directed second face; an extension component having an edge received within the folded edge of the fastening component and disposed between the fastening component and the bonding component; wherein the bonding component is attached to the extension component; wherein the fastening component is affixed to the extension component by the folded edge of the fastening component into which the edge of the extension component is inserted; and wherein the folded edge of the fastening component and the edge of the extension component extend beyond an edge of the bonding component. a fastening component defining a folded edge; a bonding component defining a first face for affixment to a diaper or substrate and an oppositely directed second face; an extension component having an edge received within the folded edge of the fastening component and disposed between the fastening component and the bonding component; wherein the bonding component is attached to the extension component; wherein the fastening component is affixed to the extension component by the folded edge of the fastening component into which the edge of the extension component is inserted; and wherein the folded edge of the fastening component and the edge of the extension component extend beyond an edge of the bonding component.
Scaled-up master (11, 300, 700) for imprinting of micro- and nano-structures, the master being made-up from a plurality of tile-shaped master units (12, 13, 14, 15, 101, 102, 103, 201, 202, 203, 301, 302, 303, 703) wherein the plurality of tile-shaped master units making-up the master comprises tile-shaped master units (12, 13, 14, 15, 101, 102, 103, 201, 202, 203, 302, 303, 703) having a non-hexagonal shape, wherein adjoining edges of neighbouring master units are parallel with each other and wherein the master units forming the master are arranged such that the splice lines (18B, 305) between the master units only have junctions (16, 17, 104, 306, 710) between master units where at most three corners of neighbouring master units are brought together.
Linear actuator comprising an actuator housing with a body cavity in which a drive body is received for axial movement, wherein a drive rod (20,30) extends from the drive body and the drive rod comprises a form-retaining core which is covered all around with a flexible and sealed lining which seals a surface of the core covered therewith, characterized in that the lining is formed from an elastomer plastic, which elastomer plastic comprises a synthetic rubber from a group comprising nitrile rubber, Ethylene Propylene Diene Monomer (EPDM) and polyurethane rubber.
An air cushion for absorbing bounces, comprising at least one air chamber and an air inlet valve, wherein the air chamber has a multiplicity of protrusions in the direction of impact, characterized in that the respective protrusion is attached to the air cushion in the area of the basis by a detachable closing means
A verification apparatus (100, 290, 300) mounted in a vehicle provided with a plurality of controlled objects and a plurality of control units (20, 30, 40, 50, 60), the control units being associated with respectively different functional domains and being adapted to control behaviors of the controlled objects with respect to the respectively associated functional domains, the apparatus comprising: an acquisition unit (210, 294, 304) that acquires behavior information indicative of an actual behavior of the vehicle; and a verification unit (240, 292, 302) that uses the behavior information to verify correctness of behavior control for the controlled objects performed by the control units, characterized in that the plurality of control units include a first control unit (30, 40) that requires higher safety in controlling a behavior of the vehicle and a second control unit (50, 60) that accepts lower safety in controlling a behavior of the vehicle, the apparatus further comprising: storage means that stores information common to the first and second control units; and limiting means that inhibits the second control unit (50, 60) from writing the common information into the storage means. an acquisition unit (210, 294, 304) that acquires behavior information indicative of an actual behavior of the vehicle; and a verification unit (240, 292, 302) that uses the behavior information to verify correctness of behavior control for the controlled objects performed by the control units, characterized in that the plurality of control units include a first control unit (30, 40) that requires higher safety in controlling a behavior of the vehicle and a second control unit (50, 60) that accepts lower safety in controlling a behavior of the vehicle, the apparatus further comprising: storage means that stores information common to the first and second control units; and limiting means that inhibits the second control unit (50, 60) from writing the common information into the storage means. storage means that stores information common to the first and second control units; and limiting means that inhibits the second control unit (50, 60) from writing the common information into the storage means.
Use of a composition comprising bacteria belonging to Bifidobacterium breve MCC1274 (FERM BP-11175) as an active ingredient for sleep-promotion, wherein the use is non-therapeutic, or wherein the use is not a method for treatment of the human or animal body by therapy. wherein the use is non-therapeutic, or wherein the use is not a method for treatment of the human or animal body by therapy.
Electric working implement with an electric load supplied from a chargeable battery pack accommodated in a housing, wherein the electric load is connected to the battery pack via an electric connecting cable, characterised in that the housing with the battery pack is designed as a unit which is separate from the electric load and can be carried on the back, and which comprises a housing wall with a cable channel (30, 40) formed therein, the cable channel (30, 40) having a cable exit (34, 35, 36, 37; 44, 45, 46, 47) in the edge of the housing.
Method of producing printed products using at least one computer (1, 4), at least one input device (3, 6, 7) for controlling at least one machine processing printing substrates, the at least one input device (3, 6, 7) receiving the technical and economic data of at least one print shop and the at least one computer (1, 4) receiving customer preferences in terms of print jobs by means of the at least one input device (3, 6, 7), characterized in that on the basis of the technical and economic data of the at least one print shop, the at least one computer calculates a simulation of possible print jobs producible in the at least one print shop, in that, factoring in the results of the simulation and the inputs of customer preferences, the at least one computer generates matching quotes for print jobs, in that the at least one computer (1, 4) compares the generated quotes with customer print jobs, and in that, when a match is found between a quote and the print job of the customer, the print job is processed by at least one machine for processing printing substrates.
A battery unit comprising: a polymer frame having an outer shape, a window arranged within the outer shape, a planar side and an opposite planar side, wherein the planar side and the opposite planar side are parallel to each other and perpendicular to the outer shape and the window of the polymer frame; a bipolar current collector foil, the bipolar current collector foil being fixedly connected to the planar side of the polymer frame at its edges around the window; a separator including a solid-state electrolyte, the separator being fixedly connected to the opposite planar side of the polymer frame at its edges around the window; a cathode deposited as a film on a first side of the bipolar current collector foil or on the separator; and an anode. a polymer frame having an outer shape, a window arranged within the outer shape, a planar side and an opposite planar side, wherein the planar side and the opposite planar side are parallel to each other and perpendicular to the outer shape and the window of the polymer frame; a bipolar current collector foil, the bipolar current collector foil being fixedly connected to the planar side of the polymer frame at its edges around the window; a separator including a solid-state electrolyte, the separator being fixedly connected to the opposite planar side of the polymer frame at its edges around the window; a cathode deposited as a film on a first side of the bipolar current collector foil or on the separator; and an anode.
A tubular molded body (10, 10A, 10B), comprising: a tube main body formed in a tubular shape; an attachment flange formed in a flange shape to project from the tube main body, the attachment flange comprising a thin-walled hinge and an attachment flange main body being rotatable by the hinge; a hinge protection portion (140, 140A, 140B) formed on the tube main body near an end of the hinge, wherein a tip portion (141c, 142c, 141Ac, 142Ac, 142Bc) of the hinge protection portion (140, 140A, 140B) is formed on a projecting side of the attachment flange beyond the hinge; characterized in that a thin-walled side plate portion provided between the hinge protection portion (140, 140A, 140B) and the attachment flange, the side plate portion extending from the end of the hinge in the projecting direction of the attachment flange, wherein the hinge enables the tubular molded body including the attachment flange to rotate until the attachment flange main body of the attachment flange abuts against the tube main body, and wherein when the attachment flange main body rotates, the side plate portion provided between the hinge protection portion and the attachment flange is configured to be broken. a tube main body formed in a tubular shape; an attachment flange formed in a flange shape to project from the tube main body, the attachment flange comprising a thin-walled hinge and an attachment flange main body being rotatable by the hinge; a hinge protection portion (140, 140A, 140B) formed on the tube main body near an end of the hinge, wherein a tip portion (141c, 142c, 141Ac, 142Ac, 142Bc) of the hinge protection portion (140, 140A, 140B) is formed on a projecting side of the attachment flange beyond the hinge; characterized in that a thin-walled side plate portion provided between the hinge protection portion (140, 140A, 140B) and the attachment flange, the side plate portion extending from the end of the hinge in the projecting direction of the attachment flange, wherein the hinge enables the tubular molded body including the attachment flange to rotate until the attachment flange main body of the attachment flange abuts against the tube main body, and wherein when the attachment flange main body rotates, the side plate portion provided between the hinge protection portion and the attachment flange is configured to be broken.