mhurhangee/ep-ind-claims huggingface dataset:
Lock device comprising a lock case and a forend, which lock case is arranged for mortise mounting in a door leaf and defines an inner space, in which a number of lock components are accommodated, and which forend is fixed to the lock case and to a first reinforcement member, which is accommodated in the inner space, characterized in that the reinforcement member has means for fixing the reinforcement member to the door leaf.
Backhoe digging apparatus for a construction equipment machine, wherein the digging apparatus comprises - a boom to be attached to the machine; - a dipper assembly articulated at the free end of the boom; - a main work implement which is pivotally connected by an implement pivot to the end of the dipper assembly and which is controlled by an implement cylinder through a link mechanism having two mutually articulated levers, a first link lever that is pivotally connected to the dipper assembly by a first lever pivot and a second link lever that is articulated on the main work implement, wherein the backhoe digging apparatus comprises a detachable thumb assembly comprising - a mounting bracket for attaching the thumb assembly to the dipper assembly of the machine, wherein for attaching the thumb assembly to the dipper assembly of the machine the mounting bracket engages two pivots (68, 70) by which the work implement and the first link lever are pivoted on the dipper assembly; - a thumb pivotally connected on the mounting bracket; - a thumb cylinder comprising a cylinder body connected to the mounting bracket and a cylinder rod which extends from a front end of the cylinder body and which is connected to the thumb; characterized in that the body of the thumb cylinder is pivotally connected to the mounting bracket at a connection portion of the body which is distinct from a body back end portion, and in that that a single common pivot is provided for pivotally connecting the thumb on the mounting bracket, for attaching the thumb assembly on the dipper assembly of the machine, and for providing a pivotal connection of the work implement on the dipper assembly. - a boom to be attached to the machine; - a dipper assembly articulated at the free end of the boom; - a main work implement which is pivotally connected by an implement pivot to the end of the dipper assembly and which is controlled by an implement cylinder through a link mechanism having two mutually articulated levers, a first link lever that is pivotally connected to the dipper assembly by a first lever pivot and a second link lever that is articulated on the main work implement, - a mounting bracket for attaching the thumb assembly to the dipper assembly of the machine, wherein for attaching the thumb assembly to the dipper assembly of the machine the mounting bracket engages two pivots (68, 70) by which the work implement and the first link lever are pivoted on the dipper assembly; - a thumb pivotally connected on the mounting bracket; - a thumb cylinder comprising a cylinder body connected to the mounting bracket and a cylinder rod which extends from a front end of the cylinder body and which is connected to the thumb;
A machine for packaging food products in vacuum bags, comprising a base structure with a vacuum chamber formed therein which can be closed by means of a lid and is designed to accommodate a bag for the vacuum packaging of food products, means being provided for sealing said bag which comprise a heat-sealing bar, associated with said base structure, and a contrast bar, associated with said lid, characterized in that said contrast bar is associated with said lid detachably by means of at least one quick coupling/uncoupling device, and in that said at least one quick coupling/uncoupling device comprises male mating means which can be engaged with female mating means, means for retaining said male mating means engaged with said female mating means, and actuation means which can be activated by the user to deactivate said retention means and allow the disengagement of said male mating means from said female mating means.
Intermediate plate for mounting between housing parts (12, 14) of a fluid-operated control unit, in particular a transmission unit, comprising a central unit of plate-shaped configuration and, on both sides of the central unit, a sealing system (124, 126) for sealing between the central unit and the housing part (12, 14) opposite thereto in each case, said sealing system (124, 126) comprising sealing elements (132, 133) arranged on the respective side (32, 34) of the central unit and extending around cutouts (42, 44, 46, 74, 76), characterized in that the central unit comprises a fluid routing plate extending in a plate plane and having at least one fluid routing channel extending in the plate plane and comprises cover plates (64, 66) arranged on both sides of the fluid routing plate and having cutouts (74, 76) as accesses to the at least one fluid routing channel, in that an intermediate sealing system (94, 96) sealing the at least one fluid routing channel is provided between the respective cover plate (64, 66) and the fluid routing plate and in that the respective cover plate (64, 66) carries the respective sealing system (124, 126) for sealing between the central unit and the respective housing part (12, 14).
A windshield for a balance having a door to be automatically opened and closed by a driving mechanism incorporated inside, comprising: a joint member interposed between the driving mechanism and the door, and at least partially exposed to the outside of the windshield, wherein the door is configured to be detachable, and detachably joined to the joint member at an outside exposed portion of the joint member, and the door is opened and closed by the driving mechanism through the joint member, characterized in that the door is supported in a hanging manner by a guide hole at least one end portion of which is open, and the joint member is disposed in a state where at least a portion of the joint member is inserted through the guide hole, and is joined at the portion inserted through the guide hole to the incorporated driving mechanism, and is joined at a portion not inserted through the guide hole to the door. a joint member interposed between the driving mechanism and the door, and at least partially exposed to the outside of the windshield, wherein the door is configured to be detachable, and detachably joined to the joint member at an outside exposed portion of the joint member, and the door is opened and closed by the driving mechanism through the joint member, characterized in that the door is supported in a hanging manner by a guide hole at least one end portion of which is open, and the joint member is disposed in a state where at least a portion of the joint member is inserted through the guide hole, and is joined at the portion inserted through the guide hole to the incorporated driving mechanism, and is joined at a portion not inserted through the guide hole to the door.
A method for authentication information transmission, performed by a computing device, characterized by the method comprising: receiving (101, 202, 302), by a key management client which is defined in a hardware abstract layer of the computing device and is a system service provided in an operating system of the computing device, through a preset hardware abstract layer interface, authentication information transmitted by an application client; transmitting (102, 204, 304), by the key management client, the authentication information to a key management server which is defined in the hardware abstract layer and is provided in a trusted execution environment in the computing device, through a link path established in the hardware abstract layer, so that the key management server transmits the authentication information to a trusted application in the trusted execution environment; obtaining (103, 205, 305), by the key management client, authentication information signed by the trusted application and forwarded by the key management server; and transmitting (104, 208), by the key management client through the preset hardware abstract layer interface, the signed authentication information to an application server corresponding to the application client, so that the application server performs a validity check on the authentication information. receiving (101, 202, 302), by a key management client which is defined in a hardware abstract layer of the computing device and is a system service provided in an operating system of the computing device, through a preset hardware abstract layer interface, authentication information transmitted by an application client; transmitting (102, 204, 304), by the key management client, the authentication information to a key management server which is defined in the hardware abstract layer and is provided in a trusted execution environment in the computing device, through a link path established in the hardware abstract layer, so that the key management server transmits the authentication information to a trusted application in the trusted execution environment; obtaining (103, 205, 305), by the key management client, authentication information signed by the trusted application and forwarded by the key management server; and transmitting (104, 208), by the key management client through the preset hardware abstract layer interface, the signed authentication information to an application server corresponding to the application client, so that the application server performs a validity check on the authentication information.
Machine for laying a bituminous carpet for closing microtrenches; said machine comprising: • a truck comprising a drive system for driving the machine, which defines a footprint area on a surface whereon the truck can move; • a preparing device for preparing bitumen for laying, in its turn comprising: ∘ at least one container for containing bitumen, which comprises an inlet opening into which bitumen is introduced; ∘ an outlet opening through which the bitumen prepared for laying can exit; ∘ a heating system for raising the temperature of the bitumen, at least in the preparing device; • a laying device for both receiving the bitumen prepared for laying that exits through said outlet opening and laying the bitumen in carpet form, said laying device comprising: ∘ a forming element for shaping the bitumen and laying it as a carpet over a laying area; ∘ a drain channel, interposed between the outlet opening and the forming element, for conducting the bitumen towards said forming element; wherein said preparing device comprises a mixing device for mixing the bitumen while preparing it for laying; and wherein said machine is comprising at least one centering device (32, 64) fixed to the machine and adapted to be inserted into the microtrench for moving the truck and/or the forming element in order to ensure that the forming element will be properly centered relative to the microtrench while laying the bitumen; said machine being characterized in that said centering device comprises a mobile arm connected to a steering system of the drive system of the machine and acting upon the steering wheels of the drive system. • a truck comprising a drive system for driving the machine, which defines a footprint area on a surface whereon the truck can move; • a preparing device for preparing bitumen for laying, in its turn comprising: ∘ at least one container for containing bitumen, which comprises an inlet opening into which bitumen is introduced; ∘ an outlet opening through which the bitumen prepared for laying can exit; ∘ a heating system for raising the temperature of the bitumen, at least in the preparing device; ∘ at least one container for containing bitumen, which comprises an inlet opening into which bitumen is introduced; ∘ an outlet opening through which the bitumen prepared for laying can exit; ∘ a heating system for raising the temperature of the bitumen, at least in the preparing device; • a laying device for both receiving the bitumen prepared for laying that exits through said outlet opening and laying the bitumen in carpet form, ∘ a forming element for shaping the bitumen and laying it as a carpet over a laying area; ∘ a drain channel, interposed between the outlet opening and the forming element, for conducting the bitumen towards said forming element;
A device for the vacuum cooling of products, in particular bakery products and other foodstuffs, having a plurality of individual vacuum cooling units arranged one above the other, the individual vacuum cooling units each having an inlet flap, an opposite outlet flap and a cooling chamber which is located in between and can be acted upon by a negative pressure and has a product conveying device, having a feed device and having a removal device, which each have a lifting frame and a height-adjustable transfer plane (21, 31) provided therein with a product conveying device (22, 32), wherein the transfer plane of the feed device can be charged on a feed side from an oven outlet plane with a batch of products transferred continuously or cyclically from an oven, on the cooling chamber charging side to any predetermined height, for a predetermined vacuum cooling unit to be charged, and the said batch can be fed into the vacuum cooling chamber to be charged by means of the product conveying device after the inlet flap has been opened, the transfer plane (31, 31') of the removal device on the cooling chamber removal side can be raised to any predetermined height, for a predetermined vacuum cooling unit to be emptied, with the product conveying device the batch located in the vacuum cooling chamber, can be removed from the vacuum cooling chamber to be emptied after the outlet flap has been opened, and the transfer plane of the removal device on the removal side can be fed cyclically to a further-processing plane with the transferred batch of transferred products, characterised in that the feed device and the removal device have at least two transfer planes (21, 21'; 31, 31') arranged one above the other in the respective lifting frame for height displacement, the feed device being designed to feed each of the transfer planes (21 and 21') sequentially on the feed side with a batch of the products transferred cyclically from the oven, in that each of the vacuum cooling units has a number of separately evacuable cooling planes arranged one above the other corresponding to the number of coupled transfer planes (21, 21', 31, 31'), and in that the removal device is designed to take over, on the cooling chamber removal side, the batches of the transferred products in parallel on the transfer planes (31 and 31') and then, on the removal side, to feed the further processing plane sequentially with a batch of products originating from each of the transfer planes (31, 31').
A capsule for containing a food ingredient, suitable for being inserted in a food preparation machine, said capsule having a rigid body structure defining a closed compartment wherein said ingredient is mixed with a fluid introduced under pressure by said machine in order to produce a food product, said body walls defining an external volume V caps, and an internal compartment volume V comp, characterized in that said capsule body structure further comprises at least one portion having a shape, dimensions and being made of a material such that it is elastically deformable and that V caps and V comp can be reversibly reduced by at least 3% by applying an elastic compression along at least one dimension of said capsule at the time said capsule is functionally inserted within said machine, said elastic body wall portion allowing the capsule to flex back to its initial volumes V caps and V comp after extraction, such that residual pressure within said capsule is reduced.
Forensics module for an embedded system, the forensics module comprising: • a protected storage area comprising first data which implement a key; • an interface for reading out second data representing a system state of the embedded system; and • one or more than one processor which is configured to: • read out the second data by means of the interface, wherein the second data comprise multiple data sets; • determine a commitment to multiple opening values, each of which opening values is assigned exactly to one of the multiple data sets, based on the second data and using a cryptographic commitment process configured in such a way that each data set can be verified individually using the commitment and the respectively associated opening value; • encrypt the second data and the multiple opening values using the key. • a protected storage area comprising first data which implement a key; • an interface for reading out second data representing a system state of the embedded system; and • one or more than one processor • read out the second data by means of the interface, wherein the second data comprise multiple data sets; • determine a commitment to multiple opening values, each of which opening values is assigned exactly to one of the multiple data sets, based on the second data and using a cryptographic commitment process configured in such a way that each data set can be verified individually using the commitment and the respectively associated opening value; • encrypt the second data and the multiple opening values using the key.
Retaining device for holding a tank in the fuselage of an aircraft, comprising, intended to be placed between the tank and a structure secured to the fuselage of the aircraft, an articulated retaining means and a fixing rod on which said articulated retaining means is mounted, the latter comprising a semi spherical ball-joint provided with a tubular housing to accommodate the fixing rod, characterized in that said tubular housing comprises a means of sliding connection on the fixing rod and forms with the latter a sliding joint.
A method for the detection with Signal Amplification By Reversible Exchange (SABRE) magnetic resonance of an analyte at an unknown concentration C sub in a complex sample comprising a solvent, wherein the complex sample comprises a sample selected from the group consisting of a biological sample extracted from a human, a biological sample extracted from an animal, a fresh food product, a processed food product, a fresh feed material, and a processed feed material, the method comprising: (a) providing a series of mixtures M1, M2,..., Mn, wherein each mixture comprises a predefined part of the complex sample comprising the analyte, a SABRE catalyst at a concentration C m, and a co-substrate at a concentration C co-sub, wherein C sub << C m < C co-sub, and wherein two or more of the mixtures are provided with a known concentration of added analyte for standard addition determination of the unknown concentration C sub of said analyte; and (b) applying p -H 2 ( para -H 2) to the mixtures inside an MR apparatus at a magnetic field flux density in the range of 1-50 T, and measuring in said MR apparatus with nuclear magnetic resonance the magnetic resonance response of the mixtures at a magnetic flux density in the range of 1-50 T, and determining from the magnetic resonance response of the series of mixtures the unknown concentration C sub of the analyte.
Mullion-transom construction, in particular for a facade, having a mullion on which at least two vertically spaced transoms are provided which project from the mullion, wherein a plate-shaped filling element for producing an all-glass corner is arranged between the transoms, which is supported on the lower transom adjacent to the mullion at a support, wherein the filling element is held adjacent to the upper transom at the corner region diagonally opposite to the support by a retaining element so that the weight loads of the filling element are substantially absorbed by the support adjacent to the mullion and the retaining element in the diagonally opposite corner region, characterized in that the retaining element is designed as a tension element and is fixed on one side to the filling element and on the opposite side to the mullion, and the retaining element comprises a tension element which is a cable, tension rod, band, transom profile or rod.
A process comprising the steps of: (i) reacting 5-amino-N,N'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide ("Compound B") with a mixture of acetic anhydride/acetic acid to form a slurry; (ii) heating said slurry to 60 °C; (iii) adding an acid catalyst to said slurry at a rate such that the reaction temperature is maintained at a temperature range of 65-85 °C; (iv) adding a deactylating agent to the reaction mixture of step (iii) to form a reaction mixture comprising Compound A where the deacetylating agent is an aqueous inorganic base selected from an alkali metal carbonate or an alkali metal hydroxide; (v) purifying the reaction mixture of step (iv) comprising Compound A wherein said purifying step comprises the steps of: (vi) passing said reaction mixture of step (iv) comprising Compound A through a membrane filtration system; (vii) collecting the retentate of step (vi) and repeating step (v); and (viii) continuously repeating steps (v)-(vii). (i) reacting 5-amino-N,N'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide ("Compound B") with a mixture of acetic anhydride/acetic acid to form a slurry; (ii) heating said slurry to 60 °C; (iii) adding an acid catalyst to said slurry at a rate such that the reaction temperature is maintained at a temperature range of 65-85 °C; (iv) adding a deactylating agent to the reaction mixture of step (iii) to form a reaction mixture comprising Compound A where the deacetylating agent is an aqueous inorganic base selected from an alkali metal carbonate or an alkali metal hydroxide; (v) purifying the reaction mixture of step (iv) comprising Compound A wherein said purifying step comprises the steps of: (vi) passing said reaction mixture of step (iv) comprising Compound A through a membrane filtration system; (vii) collecting the retentate of step (vi) and repeating step (v); and (viii) continuously repeating steps (v)-(vii).
Composition comprising, as dermatological active principle, at least one polysaccharide consisting of: - a heteropolymer of glucose and trehalose corresponding to the INCI designation maltooligosyl glucoside; and - a hydrogenated homopolymer of branched glucose comprising α and α bonds corresponding to the INCI designation hydrogenated starch hydrolysate, for use for the treatment of rosacea and/or telangiectasia. - a heteropolymer of glucose and trehalose corresponding to the INCI designation maltooligosyl glucoside; and - a hydrogenated homopolymer of branched glucose comprising α and α bonds corresponding to the INCI designation hydrogenated starch hydrolysate,
A composition comprising a pool of different subsets of multimeric major histocompatibility complexes (multimeric MHC), wherein each subset of multimeric MHC comprises i) two or more MHC molecules linked to a backbone molecule, and ii) at least one nucleic acid molecule linked to said backbone, said at least one nucleic acid molecule comprising a 5' first primer region, a central region (barcode region), and a 3' second primer region, wherein said barcode serves as a specific label for a given peptide-MHC molecule, wherein each subset of multimeric MHC has a different peptide decisive for T cell recognition and an associated unique nucleic acid molecule comprising a barcode region, wherein each barcode in each subset of multimeric MHC have shared amplification ends, enabling amplification of all barcodes simultaneously in a PCR reaction.