mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising the steps - coupling a central controller , in particular a first programmable logic controller (PLC), to a subordinate controller , in particular to a second PLC, by means of a field bus connection , characterized by - programming the subordinate controller , with the programming causing the subordinate controller to output a process data image which is dependent on the programming and which the subordinate controller uses to transmit process data to the central controller ; - automatically or at least partly automatically generating a device description of the subordinate controller based on the programming of the subordinate controller , with the device description comprising a syntax of the process data image ; - transmitting the process data image from the subordinate controller to the central controller ; - transmitting the generated device description from the subordinate controller to the central controller ; and - using the syntax to adapt the programming of the central controller to the syntax of the process data image in an automatic or partly automated manner in order to process the process data image by means of the central controller . - coupling a central controller , in particular a first programmable logic controller (PLC), to a subordinate controller , in particular to a second PLC, by means of a field bus connection , - programming the subordinate controller , with the programming causing the subordinate controller to output a process data image which is dependent on the programming and which the subordinate controller uses to transmit process data to the central controller ; - automatically or at least partly automatically generating a device description of the subordinate controller based on the programming of the subordinate controller , with the device description comprising a syntax of the process data image ; - transmitting the process data image from the subordinate controller to the central controller ; - transmitting the generated device description from the subordinate controller to the central controller ; and - using the syntax to adapt the programming of the central controller to the syntax of the process data image in an automatic or partly automated manner in order to process the process data image by means of the central controller .
An apparatus for an elongated sheath assembly configured to receive, at least in part, an elongated dilator assembly , and the apparatus comprising: a dilator-receiver device mounted, at least in part, to the elongated sheath assembly ; characterized by a dilator-receiver mover configured to be operatively connected to the dilator- receiver device, and the dilator-receiver mover also configured to selectively move the dilator-receiver device along a predetermined distance; and optionally the dilator-receiver mover is mounted to the elongated sheath assembly . a dilator-receiver device mounted, at least in part, to the elongated sheath assembly ; characterized by a dilator-receiver mover configured to be operatively connected to the dilator- receiver device, and the dilator-receiver mover also configured to selectively move the dilator-receiver device along a predetermined distance; and optionally the dilator-receiver mover is mounted to the elongated sheath assembly .
Holding device for fastening a partition element , in particular a frameless shower or bathtub partition, to a wall , the holding device comprising: a first holding element for fastening to the wall , a second holding element for fastening to the separating element , wherein the two holding elements are connected to one another to be rotatable relative to one another about a pivot axis (S) over a limited angular range of rotation, and at least one locking screw for fixing the two holding elements at a rotation angle (φ) within the rotation angle range relative to one another, characterised in that the at least one locking screw engages through a respective elongated hole formed in one of the two holding elements and is screwed into a threaded bore formed in the other one of the two holding elements . a first holding element for fastening to the wall , a second holding element for fastening to the separating element , wherein the two holding elements are connected to one another to be rotatable relative to one another about a pivot axis (S) over a limited angular range of rotation, and at least one locking screw for fixing the two holding elements at a rotation angle (φ) within the rotation angle range relative to one another, characterised in that the at least one locking screw engages through a respective elongated hole formed in one of the two holding elements and is screwed into a threaded bore formed in the other one of the two holding elements .
A secondary battery comprising: - an electrode assembly comprising an electrode and a separator; - an exterior accommodating the electrode assembly, the exterior being a pouch-like housing that seals the electrode assembly from the outside; and the exterior comprising an exterior body forming a body of the exterior, and a sealing part sealing an inner space defined by the exterior from an outer space of the exterior; - one or more electrode leads connected to the electrode assembly, - each of the electrode leads comprises an insulation part that is an area surrounded by the exterior, and an exposure part that is an area, which is not surrounded by the exterior, - at least a portion of the exposure part is disposed inside the insulation part by forming a through-hole in a portion of the exterior, such as the insulation part, and - the electrode lead being in the sealing part of the exterior, wherein the sealing part is folded by using a folding part, which is a boundary between the exterior body and the sealing part, as an axis, and wherein the exposure part is disposed inside the sealing part which is folded by using the folding part. - an electrode assembly comprising an electrode and a separator; - an exterior accommodating the electrode assembly, the exterior being a pouch-like housing that seals the electrode assembly from the outside; and the exterior comprising an exterior body forming a body of the exterior, and a sealing part sealing an inner space defined by the exterior from an outer space of the exterior; - one or more electrode leads connected to the electrode assembly, - each of the electrode leads comprises an insulation part that is an area surrounded by the exterior, and an exposure part that is an area, which is not surrounded by the exterior, - at least a portion of the exposure part is disposed inside the insulation part by forming a through-hole in a portion of the exterior, such as the insulation part, and - the electrode lead being in the sealing part of the exterior, wherein the sealing part is folded by using a folding part, which is a boundary between the exterior body and the sealing part, as an axis, and wherein the exposure part is disposed inside the sealing part which is folded by using the folding part.
A system for automatically generating a planned acquisition path for a vehicle to follow to reach a final guidance line from a current vehicle location, the system comprising: a location-determining receiver configured to determine location data representing the current vehicle location from the location-determining receiver , a guidance module configured to determine a first line acquisition path of the vehicle based on a determined angle of approach and guidance criteria stored in a guidance criteria module of a guidance database , a data storage device configured to store the guidance module and the guidance database ; and a data processor in communication with the data storage device configured to execute the guidance module , characterized in that the guidance module is configured to determine a second acquisition path of the vehicle for an implement of the vehicle to be on the first line acquisition path . a location-determining receiver configured to determine location data representing the current vehicle location from the location-determining receiver , a guidance module configured to determine a first line acquisition path of the vehicle based on a determined angle of approach and guidance criteria stored in a guidance criteria module of a guidance database , a data storage device configured to store the guidance module and the guidance database ; and a data processor in communication with the data storage device configured to execute the guidance module , characterized in that the guidance module is configured to determine a second acquisition path of the vehicle for an implement of the vehicle to be on the first line acquisition path .
A method of preparing an isolated peptide comprising a lipophilically modified lysine side chain, comprising the steps of: (i) assembling the amino acid sequence of said peptide with protected reactive functional groups in the side chains in a step-wise manner using solid phase peptide synthesis (SPPS), wherein the side chain of lysine to be modified is protected by a trityl-based protecting group, particularly monomethoxytrityl (Mmt) or 4-methyltrityl (Mtt); (ii) drying the solid phase resin after the assembling of the amino acid sequence has been completed; (iii) treating the dried resin several times with a solution of 0.5 to 1.5% (v/v) trifluoroacetic acid (TFA) in dichloromethane (DCM) in order to deprotect the lysine side chain to be modified, wherein the number of TFA in DCM treatments is adjusted such that the yield of modified lysine side chain in step (ix) is at least 85% as compared to peptide without modified lysine side chain; (iv) neutralizing the resin; (v) coupling at least one activated 9-fluorenylmethyloxycarbonyl (Fmoc)-bound linker moiety to the deprotected lysine side chain; (vi) deprotecting the terminal functional group of the linker coupled to the lysine side chain in step (v); (vii) coupling an activated lipophilic moiety, particularly an activated fatty acid, to the deprotected terminal functional group of the linker of step (vi); (viii) drying the resin; and (ix) cleaving the peptide from the resin, wherein the isolated peptide is an exendin-4 derivative having a length of between 30 and 44, particularly between 38 and 40 amino acids, wherein the sequence identity to wild-type exendin-4 (SEQ ID NO.: 3) in the region corresponding to amino acids 1-13 of wild-type exendin is at least 65%. (i) assembling the amino acid sequence of said peptide with protected reactive functional groups in the side chains in a step-wise manner using solid phase peptide synthesis (SPPS), wherein the side chain of lysine to be modified is protected by a trityl-based protecting group, particularly monomethoxytrityl (Mmt) or 4-methyltrityl (Mtt); (ii) drying the solid phase resin after the assembling of the amino acid sequence has been completed; (iii) treating the dried resin several times with a solution of 0.5 to 1.5% (v/v) trifluoroacetic acid (TFA) in dichloromethane (DCM) in order to deprotect the lysine side chain to be modified, wherein the number of TFA in DCM treatments is adjusted such that the yield of modified lysine side chain in step (ix) is at least 85% as compared to peptide without modified lysine side chain; (iv) neutralizing the resin; (v) coupling at least one activated 9-fluorenylmethyloxycarbonyl (Fmoc)-bound linker moiety to the deprotected lysine side chain; (vi) deprotecting the terminal functional group of the linker coupled to the lysine side chain in step (v); (vii) coupling an activated lipophilic moiety, particularly an activated fatty acid, to the deprotected terminal functional group of the linker of step (vi); (viii) drying the resin; and (ix) cleaving the peptide from the resin,
Use of at least one polypeptide of amino acid sequence represented by SEQ ID NO: 4, an analogue thereof or a fragment thereof, or of at least one nucleic acid sequence encoding said polypeptide, as a tool for in vitro or ex vivo characterization of cutaneous signs of ageing and/or cutaneous signs of dryness, the analogue thereof being a polypeptide exhibiting a sequence identity with the sequence represented by SEQ ID NO: 4 of at least 85% and having a biological activity of the same nature as the polypeptide of amino acid sequence represented by SEQ ID NO: 4; the fragment thereof being a portion of the polypeptide of amino acid sequence represented by SEQ ID NO: 4 comprising at least 8 consecutive amino acids of the said polypeptide of amino acid sequence represented by SEQ ID NO: 4, and a substantially similar biological activity as the polypeptide of amino acid sequence represented by SEQ ID NO: 4.
Process for manufacturing a radically curable mixture by mixing and/or kneeding a radically curable thermosetting resin, fibres from plants of the Gramineae family, one or more organic peroxides, and optionally fillers to form a dough, wherein the content of the radically curable thermosetting resin in the mixture is in the range 20-50 wt.%, the total content of fillers and fibres in the mixture is in the range 50-80 wt.%, wherein the content of fibres from plants of the Gramineae family in the mixture is in the range 5-80 wt.% and wherein the total moisture content of the fibres from plants of the Gramineae family is 0.5-25 wt.%, based on the total weight of said fibres, said plants being used without any pretreatment to isolate the fibres.
A composite panel assembly, comprising: a core ; an inner skin coupled to a first side of the core ; and an outer skin coupled to a second side of the core , wherein a peripheral edge including portions of the core , the inner skin , and the outer skin , is compressed to close a path into the core , and wherein the peripheral edge is provided with a rounded contour. a core ; an inner skin coupled to a first side of the core ; and an outer skin coupled to a second side of the core , wherein a peripheral edge including portions of the core , the inner skin , and the outer skin , is compressed to close a path into the core , and wherein the peripheral edge is provided with a rounded contour.
A tire having a belt layer disposed inside a tread portion , wherein the belt layer has a plurality of belt plies , the plurality of belt plies includes a single-wire cord having a short diameter SD and a long diameter LD, with a ratio SD/LD between the short diameter SD and the long diameter LD being less than 1.00, and a topping rubber covering the single-wire cord , and the single-wire cord is arranged so that a direction of the short diameter SD is oriented to a thickness direction of the plurality of belt plies , characterized in that the topping rubber has a complex elastic modulus (E*) of less than 7 MPa, wherein the complex elastic modulus (E*) is a value measured in accordance with Japanese Industrial Standard JIS-K6394 under conditions of temperature of 70 degrees Celsius, initial strain of 10%, an amplitude of dynamic strain of ±1.0%, and a frequency of 10 Hz, and a distance D between the single-wire cords between the plurality of belt plies is 0.30 mm to 1.05 mm. the belt layer has a plurality of belt plies , the plurality of belt plies includes a single-wire cord having a short diameter SD and a long diameter LD, with a ratio SD/LD between the short diameter SD and the long diameter LD being less than 1.00, and a topping rubber covering the single-wire cord , and the single-wire cord is arranged so that a direction of the short diameter SD is oriented to a thickness direction of the plurality of belt plies , characterized in that the topping rubber has a complex elastic modulus (E*) of less than 7 MPa, wherein the complex elastic modulus (E*) is a value measured in accordance with Japanese Industrial Standard JIS-K6394 under conditions of temperature of 70 degrees Celsius, initial strain of 10%, an amplitude of dynamic strain of ±1.0%, and a frequency of 10 Hz, and a distance D between the single-wire cords between the plurality of belt plies is 0.30 mm to 1.05 mm.
Automatic plate valve comprising a valve seat , a valve catcher , a longitudinal axis (L) and a valve element arranged between the valve seat and the valve catcher and movable back and forth in the direction of the longitudinal axis (L), wherein the valve seat has an end face oriented towards the valve catcher and having a plurality of valve seat openings wherein the valve seat has a plurality of through channels which are fluid-conductively connected to the valve seat openings , wherein the valve element comprises at least one sealing element which cooperates in a sealing manner with the valve seat openings and wherein at least some of the through channels have a different spacing from the longitudinal axis (L) in the direction (R ) radial to the longitudinal axis (L), wherein the end face of the valve seat has a plurality of groove-shaped recesses which form the valve seat openings on the end face , wherein a plurality of through channels open into the same groove-shaped recess , these through channels being connected in a fluid-conducting manner to the same valve seat opening via the respective groove-shaped recess , characterized in that at least some of these through channels connected in a fluid-conducting manner to the same valve seat opening are at different distances from the longitudinal axis (L).
A method for the fine-machining of a toothing (W) by means of a single-indexing method, wherein a disc-type fine-machining tool (S) that rotates around its axis of rotation is brought into rolling machining engagement with a tooth flank of the toothing in order to remove material from the tooth flank, wherein a line contact is established while in machining engagement and the contact line moves over the tooth flank in accordance with a movement having a directional component that is radial relative to the toothing axis, characterised in that the machining engagement is maintained in the same pitch with a reduced tangential distance (+Δ) between the tooth flank and the disc plane of the fine-machining tool and with a sign reversal of the radial directional component of the contact line movement.
A chain link of an energy guiding chain for guiding lines, such as hoses, cables or the like, between two connection points of which at least one is relatively movable, the chain link being composed of several individual parts , comprising two side plates , each comprising a plate body made of plastic comprising an interior side (I) facing the interior of the chain link, an exterior side (A) facing away therefrom and two narrow sides running substantially parallel to the longitudinal direction, and at least one separate transverse connecting piece , in particular two separate transverse connecting pieces opposite one another, for the detachable connection of the side plates, the at least one transverse connecting piece comprising a center part and a fastening portion on both sides at each end, the side plates each comprising a corresponding fastening region on at least one, in particular on both narrow sides, which interacts by frictional connection, in particular by frictional connection and by form-fit, with a fastening portion of a transverse connecting piece, each fastening region of a side plate comprises a clamping seat in the plate body, which has two clamping surfaces of the plate body opposite one another in the longitudinal direction (L), between which a complementarily shaped fastening portion of the at least one separate transverse connecting piece is clamped through a clamping force; the at least one transverse connecting piece is produced in one piece from plastic and has, in the end region adjacent each fastening portion and protruding on both sides opposite the center part , two support protrusions each having a support surface for resting against the interior side of the side plate . the side plates each comprising a corresponding fastening region on at least one, in particular on both narrow sides, which interacts by frictional connection, in particular by frictional connection and by form-fit, with a fastening portion of a transverse connecting piece, each fastening region of a side plate comprises a clamping seat in the plate body, which has two clamping surfaces of the plate body opposite one another in the longitudinal direction (L), between which a complementarily shaped fastening portion of the at least one separate transverse connecting piece is clamped through a clamping force; the at least one transverse connecting piece is produced in one piece from plastic and has, in the end region adjacent each fastening portion and protruding on both sides opposite the center part , two support protrusions each having a support surface for resting against the interior side of the side plate .
A method comprising: executing an application in a user-mode hardware-protected isolation container, UMHPIC , the UMHPIC protected by a security-enabled processor that provides at least an exit gate for passing execution out of the UMHPIC and an entry gate for returning execution into the UMHPIC ; passing a system service request interaction from the application, and results from a host platform, out of and into the UMHPIC , by an UMHPIC-aware platform adaptation layer executing inside the UMHPIC and in one or more untrusted components of a host platform executing outside of the UMHPIC ; and performing , by a secure services component of the UMHPIC-aware platform adaptation layer, a security-relevant action; wherein a resource allocation result provided as part of the security-relevant action includes an indication of memory resources, and wherein the verification of the correctness of the resource allocation result includes a check for overlapping memory allocations. executing an application in a user-mode hardware-protected isolation container, UMHPIC , the UMHPIC protected by a security-enabled processor that provides at least an exit gate for passing execution out of the UMHPIC and an entry gate for returning execution into the UMHPIC ; passing a system service request interaction from the application, and results from a host platform, out of and into the UMHPIC , by an UMHPIC-aware platform adaptation layer executing inside the UMHPIC and in one or more untrusted components of a host platform executing outside of the UMHPIC ; and performing , by a secure services component of the UMHPIC-aware platform adaptation layer, a security-relevant action; wherein a resource allocation result provided as part of the security-relevant action includes an indication of memory resources, and wherein the verification of the correctness of the resource allocation result includes a check for overlapping memory allocations.
A hinge for a dispensing device , wherein the hinge is formed substantially bar-shaped and/or tubular for fastening to a door of the dispensing device , wherein the hinge has at least one main body and, arranged on the main body , a holding means for the door , wherein the door is holdable by the holding means in the assembled state, wherein at least one damping device and at least one panic hinge device for performing a panic function which makes it possible to further push open the already opened door under increased opening force are provided in the main body , wherein the hinge has a first pivoting range having a first swiveling resistance and a second pivoting range having a second swiveling resistance, wherein the first swiveling resistance is lower than the second swiveling resistance, wherein the second swiveling resistance is determined by the panic hinge device , and that, in the second pivoting range, only a damped and/or inhibited swiveling is made possible by the second swiveling resistance, wherein the second pivoting range has at least a first angular range and at least one second angular range adjoining the first angular range, characterized in that the holding means is an insertion rail into which the door is insertable in the assembled state, and, at the initiation of the panic function, the opening force is increased in the first angular range, and in the second angular range the hinge can be opened in a dampened manner with a lower opening force than in the first angular range.