mhurhangee/ep-ind-claims huggingface dataset:
A curtain, comprising: a screen; one or more fasteners arranged along the screen, wherein the one or more fasteners are configured for attaching the curtain to an object and wherein an upper edge of the screen extends to an elevation above the one or more fasteners; and multiple struts (36, 38) arranged along the screen, wherein each of the multiple struts extends along less than an entire length of the screen but at least between a point approximately level with at least one of the one or more fasteners to an elevation at least 61 cm (24 inches) below the one or more fasteners; characterized in that: (i) the multiple struts extend to an elevation above the one or more fasteners; or (ii) the curtain further comprises one or more additional struts (40, 48, 50) arranged along the screen that are distinct from the multiple struts (36, 38), wherein longitudinal dimensions of the one or more additional struts extend longitudinally to one or more elevations above the one or more fasteners. a screen; one or more fasteners arranged along the screen, wherein the one or more fasteners are configured for attaching the curtain to an object and wherein an upper edge of the screen extends to an elevation above the one or more fasteners; and multiple struts (36, 38) arranged along the screen, wherein each of the multiple struts extends along less than an entire length of the screen but at least between a point approximately level with at least one of the one or more fasteners to an elevation at least 61 cm (24 inches) below the one or more fasteners; characterized in that: (i) the multiple struts extend to an elevation above the one or more fasteners; or (ii) the curtain further comprises one or more additional struts (40, 48, 50) arranged along the screen that are distinct from the multiple struts (36, 38), wherein longitudinal dimensions of the one or more additional struts extend longitudinally to one or more elevations above the one or more fasteners. (i) the multiple struts extend to an elevation above the one or more fasteners; or (ii) the curtain further comprises one or more additional struts (40, 48, 50) arranged along the screen that are distinct from the multiple struts (36, 38), wherein longitudinal dimensions of the one or more additional struts extend longitudinally to one or more elevations above the one or more fasteners.
A method of manufacturing three-dimensional porous structures 10, the method including: providing a paste composition comprising particles of at least one inorganic material, at least one polymeric binder and at least one solvent, depositing filaments 2 of the paste composition in a predetermined interconnected arrangement in a plurality of consecutively stacked layers 11 for forming a three-dimensional porous structure 10 with interconnected pores between the filaments, subsequently drying the deposited three-dimensional porous structure by subjecting the porous structure to a heat treatment by irradiating microwave energy 30 through said porous structure 10, wherein the applied microwave energy 30 employed during the heat treatment is selected based on the structural interconnected arrangement of the filaments 2 defining the shape and size of the pores of the three-dimensional porous structure 10, wherein the applied microwave energy 30 is selected based on at least the relative spatial positioning and orientation of the filaments 2 forming the three-dimension porous structure 10. providing a paste composition comprising particles of at least one inorganic material, at least one polymeric binder and at least one solvent, depositing filaments 2 of the paste composition in a predetermined interconnected arrangement in a plurality of consecutively stacked layers 11 for forming a three-dimensional porous structure 10 with interconnected pores between the filaments, subsequently drying the deposited three-dimensional porous structure by subjecting the porous structure to a heat treatment by irradiating microwave energy 30 through said porous structure 10, wherein the applied microwave energy 30 employed during the heat treatment is selected based on the structural interconnected arrangement of the filaments 2 defining the shape and size of the pores of the three-dimensional porous structure 10, wherein the applied microwave energy 30 is selected based on at least the relative spatial positioning and orientation of the filaments 2 forming the three-dimension porous structure 10.
A card payment system comprising: a communication network; an IC card saving a card information and a first body information of a cardholder; a card reader obtaining the card information and the first body information through reading the IC card, obtaining a second body information from a user of the IC card, obtaining a user password key which is for an encryption of the card information if the first body information and the second body information are same, generating a user card information cryptogram by using the user password key, and transmitting the user password key, the user card information cryptogram and a payment information via the communication network requesting a payment approval; and a server comprising a cryptogram search key table where a plurality of password keys and a plurality of cryptogram search keys are saved as pair and a card information cryptogram table where a plurality of card information cryptograms and a plurality of password keys are saved as pair, finding, from the cryptogram search key table, a corresponding cryptogram search key of the cryptogram search key table which corresponds to the user password key which is transmitted from the card reader, finding, from the card information cryptogram table, a corresponding card information cryptogram of the card information cryptogram table which corresponds to the corresponding cryptogram search key, processing the payment approval for the card reader if the user card information cryptogram and the corresponding card information cryptogram are same. a communication network; an IC card saving a card information and a first body information of a cardholder; a card reader obtaining the card information and the first body information through reading the IC card, obtaining a second body information from a user of the IC card, obtaining a user password key which is for an encryption of the card information if the first body information and the second body information are same, generating a user card information cryptogram by using the user password key, and transmitting the user password key, the user card information cryptogram and a payment information via the communication network requesting a payment approval; and a server comprising a cryptogram search key table where a plurality of password keys and a plurality of cryptogram search keys are saved as pair and a card information cryptogram table where a plurality of card information cryptograms and a plurality of password keys are saved as pair, finding, from the cryptogram search key table, a corresponding cryptogram search key of the cryptogram search key table which corresponds to the user password key which is transmitted from the card reader, finding, from the card information cryptogram table, a corresponding card information cryptogram of the card information cryptogram table which corresponds to the corresponding cryptogram search key, processing the payment approval for the card reader if the user card information cryptogram and the corresponding card information cryptogram are same.
Microfluidic device for enzymatic processing of macromolecules, the device comprising - a reaction chamber with a first manifold, a second manifold, and a plurality of reaction channels, each reaction channel extending from the first manifold to the second manifold, - first inlet and outlet channels for filling the reaction channels via the manifolds with one or more macromolecule containers suspended in a first carrier fluid, wherein the first inlet and outlet channels are configured such that a flow established from the first set of inlets to the first set of outlets is guided through the reaction channels, and characterised in - second inlet and outlet channels for feeding an enzymatic reagent to the reaction chamber essentially without displacing the macromolecule containers trapped in the reaction channels, wherein the second set of inlets and outlets are configured such that a flow established from the second inlet to the second outlet is guided through at least one of the manifolds and bypasses the reaction channels. - a reaction chamber with a first manifold, a second manifold, and a plurality of reaction channels, each reaction channel extending from the first manifold to the second manifold, - first inlet and outlet channels for filling the reaction channels via the manifolds with one or more macromolecule containers suspended in a first carrier fluid, wherein the first inlet and outlet channels are configured such that a flow established from the first set of inlets to the first set of outlets is guided through the reaction channels, and characterised in - second inlet and outlet channels for feeding an enzymatic reagent to the reaction chamber essentially without displacing the macromolecule containers trapped in the reaction channels, wherein the second set of inlets and outlets are configured such that a flow established from the second inlet to the second outlet is guided through at least one of the manifolds and bypasses the reaction channels.
Solar module comprising a flat substrate and a plurality of solar cells that are connected in series between two conductor tracks (15, 15') and are arranged on a first side of the substrate, wherein the solar cells form an optically active inner region that is surrounded by an optically inactive edge region, wherein associated with the two conductor tracks (15, 15') in each case are: - a hole (17, 17') in the substrate, - a junction box (18, 18') on a second side of the substrate, - an electrical connection (21, 21') between a tapping point (25, 25') on the conductor track (15, 15') and a connection point (26, 26') of the junction box (18, 18'), wherein the hole (17, 17') is positioned at least partially in the inner region such that the tapping point (25, 25') on the conductor track (15, 15') is situated outside an aligning extension of the hole (17, 17'), characterised in that a layer structure is applied on the substrate, which layer structure comprises a back electrode layer, a front electrode layer, and an absorber layer arranged between the back and the front electrode layer, wherein the hole (17, 17') is arranged over a zone (30, 30') of the layer structure, in which all layers are removed or not applied at least all the way to the back electrode layer, in particular all the way to the back electrode layer, the zone (30, 30') including an indentation (33, 33') of the inner region, wherein at least one of said solar cells being divided into two solar sub-cells (12-1, 12-2) or has a shortened length. - a hole (17, 17') in the substrate, - a junction box (18, 18') on a second side of the substrate, - an electrical connection (21, 21') between a tapping point (25, 25') on the conductor track (15, 15') and a connection point (26, 26') of the junction box (18, 18'), wherein the hole (17, 17') is positioned at least partially in the inner region such that the tapping point (25, 25') on the conductor track (15, 15') is situated outside an aligning extension of the hole (17, 17'), characterised in that a layer structure is applied on the substrate, which layer structure comprises a back electrode layer, a front electrode layer, and an absorber layer arranged between the back and the front electrode layer, wherein the hole (17, 17') is arranged over a zone (30, 30') of the layer structure, in which all layers are removed or not applied at least all the way to the back electrode layer, in particular all the way to the back electrode layer, the zone (30, 30') including an indentation (33, 33') of the inner region, wherein at least one of said solar cells being divided into two solar sub-cells (12-1, 12-2) or has a shortened length.
A control device for actuating at least one valve, e.g. for a reciprocating engine, the valve being driven with reciprocating motion in rectilinear translation to open or close an orifice having a sealing seat, said valve including resilient return means urging it towards a closed position, said device comprising a body including a non-deformable cavity communicating exclusively with the outside via at least four rectilinear cylinders (10, 11, 12, 13) that are closed respectively by four pistons (P1, P2, Pa, Ps), each of which is movable in reciprocating motion between a respective bottom dead-center remote from the inside of the cavity and a top dead-center close to the inside of the cavity, the device being characterized in that said pistons comprise a piston (Ps) mechanically connected to the valve and opposing its return means, an opening piston actuated by an opening cam that is driven in rotation by a first shaft, a closing piston actuated by a closing cam that is driven in rotation by a second shaft that rotates synchronously with the first shaft and that may be offset in operation relative to the first shaft through an adjustable angle, and a shuttle piston (Pa) movable between a first stationary abutment defining its bottom dead-center and a second stationary abutment defining its top dead-center, the shuttle piston (Pa) being urged towards its top dead-center by resilient means, in that the portion of the cavity that extends between the pistons (P1, P2, Pa, Ps) is filled with a constant reference volume of substantially incompressible hydraulic fluid that is defined when the valve rests against its seat, when the opening and closing pistons (P1, P2) are at their bottom dead-centers, and when the shuttle piston (Pa) is at its top dead-center, in that the opening piston, the closing piston, and the shuttle piston (Pa) have a common cylinder capacity and move the same volume of fluid between their bottom and top dead-centers and in that the resilient return means (18, 5) of the shuttle piston (Pa) and of the valve are such that the fluid pressure needed for moving the shuttle piston (Pa) to its bottom dead-center is less than the pressure needed for opening the valve.
An x-ray emitter device, comprising: an angled electron anode target, having an angled surface and producing an electric field adjacent to its angled surface; and a cold cathode electron source having at least one electron emitting zone configured to emit electrons towards said angled electron anode target; wherein the angled surface forms an angle to the plane of said electron emitting zone; wherein said x-ray emitter device is characterized by: said angled surface having a step within the surface so to form a stepped angled surface; said cold cathode electron source comprises a focus structure operable to direct said electrons towards an electron focal spot close to said step within the stepped angled surface of said angled electron anode target; such that the electric field adjacent to the step within the surface of the electron anode target is asymmetrical and ions generated near the target anode surface are accelerated by the electric field towards the electron source at a deflection angle towards at least one ion landing area in the plane of said electron emitting zone of said cold cathode electron source, said ion landing area (13 lies outside said electron emitting zone of said cold cathode electron source. an angled electron anode target, having an angled surface and producing an electric field adjacent to its angled surface; and a cold cathode electron source having at least one electron emitting zone configured to emit electrons towards said angled electron anode target; wherein the angled surface forms an angle to the plane of said electron emitting zone; said angled surface having a step within the surface so to form a stepped angled surface; said cold cathode electron source comprises a focus structure operable to direct said electrons towards an electron focal spot close to said step within the stepped angled surface of said angled electron anode target; such that the electric field adjacent to the step within the surface of the electron anode target is asymmetrical and ions generated near the target anode surface are accelerated by the electric field towards the electron source at a deflection angle towards at least one ion landing area in the plane of said electron emitting zone of said cold cathode electron source, said ion landing area (13 lies outside said electron emitting zone of said cold cathode electron source.
A protective case of a mobile terminal CHARACTERIZED BY: a main body having a front side adapted to receive a mobile terminal and having a rear side opposite the front side; a first connecting unit provided at a side of the main body; a cover connected to the main body by the first connecting unit and pivotable to a front side and a rear side of the main body about the first connecting unit; a second connecting unit provided at a side of the cover; a support connected to the cover by the second connecting unit and pivotable to a front side and a rear side of the cover about the second connecting unit; a first slide-prevention unit formed on a front surface of the pivotable second connecting unit; and a second slide-prevention unit formed on a rear surface of the pivotable second connecting unit, wherein, when the cover covers the front side of the main body, the support is disposed on the rear side of the main body, wherein the rear side of the main body further includes a third slide-prevention unit, and wherein the second slide-prevention unit is at least partially enclosed by the support and the cover when the cover is rotated about the main body by the first connecting unit to stand the mobile terminal. a main body having a front side adapted to receive a mobile terminal and having a rear side opposite the front side; a first connecting unit provided at a side of the main body; a cover connected to the main body by the first connecting unit and pivotable to a front side and a rear side of the main body about the first connecting unit; a second connecting unit provided at a side of the cover; a support connected to the cover by the second connecting unit and pivotable to a front side and a rear side of the cover about the second connecting unit; a first slide-prevention unit formed on a front surface of the pivotable second connecting unit; and a second slide-prevention unit formed on a rear surface of the pivotable second connecting unit, wherein, when the cover covers the front side of the main body, the support is disposed on the rear side of the main body, wherein the rear side of the main body further includes a third slide-prevention unit, and wherein the second slide-prevention unit is at least partially enclosed by the support and the cover when the cover is rotated about the main body by the first connecting unit to stand the mobile terminal.
Method of hard-soldering, characterised by the following steps: arrangement of an amorphous or partly amorphous brazing foil, with a composition which has a metalloid content of 10 to 30 atom%, in the form of a wound annular band which is matched to the shape of the parts to be hard-soldered, on a joint between two or more parts, wherein the wound annular band has a short-circuited current path between at least two layers lying on top of each other, inductive heating of the brazing foil, melting of the brazing foil, and creation of a hard-soldered joining of the parts. arrangement of an amorphous or partly amorphous brazing foil, with a composition which has a metalloid content of 10 to 30 atom%, in the form of a wound annular band which is matched to the shape of the parts to be hard-soldered, on a joint between two or more parts, wherein the wound annular band has a short-circuited current path between at least two layers lying on top of each other, inductive heating of the brazing foil, melting of the brazing foil, and creation of a hard-soldered joining of the parts.
Dispenser for dispensing a sheet-like flat product, in particular paper, with a housing that is closable by a preferably pivotable cover, at least one conveying roller, a roller assigned thereto and at least one device for tensioning the sheet-like flat product conveyed in the dispenser which has a tensioning element, wherein the tensioning device is arranged on the cover, characterized in that the tensioning device is hinged to the inside of the cover or in that the tensioning device is arranged linearly displaceably on the inside of the cover.
A rechargeable battery comprising: an electrode assembly; a case for receiving the electrode assembly; a cap plate combined to an opening of the case to close and seal an inside of the case and including a plurality of vent units (100, 200); a plurality of vent plates (150, 250) for closing and sealing the respective vent units, characterised by an elevating member penetrated and installed in the cap plate and moving up by an internal pressure of the case; wherein each of the plurality of the vent plates (150, 250) is connected to the elevating member through a connection member and is linked to the elevating member, wherein the elevating member includes: a penetration unit passing through the cap plate so that a first end is exposed outside the case and a second end is positioned inside the case; a first extension formed such that the first end of the penetration unit horizontally extends in respective directions; and a second extension formed such that the second end of the penetration unit horizontally extends in respective directions. an electrode assembly; a case for receiving the electrode assembly; a cap plate combined to an opening of the case to close and seal an inside of the case and including a plurality of vent units (100, 200); a plurality of vent plates (150, 250) for closing and sealing the respective vent units, characterised by an elevating member penetrated and installed in the cap plate and moving up by an internal pressure of the case; wherein each of the plurality of the vent plates (150, 250) is connected to the elevating member through a connection member and is linked to the elevating member, a penetration unit passing through the cap plate so that a first end is exposed outside the case and a second end is positioned inside the case; a first extension formed such that the first end of the penetration unit horizontally extends in respective directions; and a second extension formed such that the second end of the penetration unit horizontally extends in respective directions.
A method for providing contact information updates to a telephony control point, TelCP, in a universal plug and play, UPnP, home network environment, the method being implemented by a telephony server TS, and the method comprising: receiving (202, 252) at the TS a request for providing contact information updates associated with at least one contact entry from the TelCP connected to the TS in the UPnP home network environment; obtaining (206, 256) by the TS the requested contact information updates from an address book (110, 116) associated with the at least one contact entry; and providing (208, 260) by the TS the obtained contact information updates associated with the at least one contact entry to the TelCP. receiving (202, 252) at the TS a request for providing contact information updates associated with at least one contact entry from the TelCP connected to the TS in the UPnP home network environment; obtaining (206, 256) by the TS the requested contact information updates from an address book (110, 116) associated with the at least one contact entry; and providing (208, 260) by the TS the obtained contact information updates associated with the at least one contact entry to the TelCP.