mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of an elastic laminate, comprising the following steps in a same production line: - to coextrude a first web of elastic film with at least three layers (F1, F2, F1), comprising at least two different polymer materials, - to feed contemporaneously said coextruded first web of elastic film and two second nonwoven webs (T1, T2) to a thermal binding calender, wherein the first web of elastic film is arranged between said two second nonwoven webs (T1, T2) when entering the calender; wherein said first web of elastic film, during the movement from the coextrusion step to the thermal binding step, passes from a melted state, in the coextrusion step, to a solidified and cold state when entering the calender, wherein said coextruded elastic film has a temperature, when entering said calender, equal to, or lower than, 1/7 of the temperature the elastic film has at the end of the coextrusion step, - to join, through spot welding or area welding in said calender, said second nonwoven webs (T1, T2) with respective opposite outer layers of said first web of elastic film, thus producing an intermediate web, - to stretch mechanically said intermediate web according to a direction transverse to the same web. - to coextrude a first web of elastic film with at least three layers (F1, F2, F1), comprising at least two different polymer materials, - to feed contemporaneously said coextruded first web of elastic film and two second nonwoven webs (T1, T2) to a thermal binding calender, wherein the first web of elastic film is arranged between said two second nonwoven webs (T1, T2) when entering the calender; wherein said first web of elastic film, during the movement from the coextrusion step to the thermal binding step, passes from a melted state, in the coextrusion step, to a solidified and cold state when entering the calender, wherein said coextruded elastic film has a temperature, when entering said calender, equal to, or lower than, 1/7 of the temperature the elastic film has at the end of the coextrusion step, - to join, through spot welding or area welding in said calender, said second nonwoven webs (T1, T2) with respective opposite outer layers of said first web of elastic film, thus producing an intermediate web, - to stretch mechanically said intermediate web according to a direction transverse to the same web.
A method for operating a voice-controlled information system for a vehicle, wherein - subject to a verbal input by a user of a vehicle, at least one keyword is determined from a set of predetermined keywords, - subject to the at least one keyword, at least one event and/or at least one state is determined from a set of events and/or states of the vehicle which are stored during a predetermined period of time, the respective event and/or the respective state being stored in conjunction with at least one condition occurrence which characterises a respective condition which must be met in order for the event to happen and/or for the respective state to exist, - a response is determined from a set of predetermined responses subject to the condition occurrence which is associated with the determined event and/or state, and - an indication signal is determined subject to the response. - subject to a verbal input by a user of a vehicle, at least one keyword is determined from a set of predetermined keywords, - subject to the at least one keyword, at least one event and/or at least one state is determined from a set of events and/or states of the vehicle which are stored during a predetermined period of time, the respective event and/or the respective state being stored in conjunction with at least one condition occurrence which characterises a respective condition which must be met in order for the event to happen and/or for the respective state to exist, - a response is determined from a set of predetermined responses subject to the condition occurrence which is associated with the determined event and/or state, and - an indication signal is determined subject to the response.
A method for facilitating message packet communication between a first application (121, 122) in an internal address realm and one or more applications (421, 422) in an external address realm, said internal address realm having available to it at least one address valid for use in the external address realm and an address translator located at the border between the internal address realm and the external address realm for translating addresses included in headers (140, 160) of message packets incoming to and outgoing from the internal address realm (130, 150) in accordance with translation rules that map correspondence between addressing in the internal and external address realms, the method comprising the steps of: sending from the first application (121, 122) a service request for establishing a new translation rule at the address translator, the service request specifying an internal address to be mapped with an external address from the at least one address valid for use in the external address realm; receiving the external address at the first application (121, 122); and providing an outgoing message from the first application to the address translator for address header translation, said message containing the external address in a data portion (142, 162). sending from the first application (121, 122) a service request for establishing a new translation rule at the address translator, the service request specifying an internal address to be mapped with an external address from the at least one address valid for use in the external address realm; receiving the external address at the first application (121, 122); and providing an outgoing message from the first application to the address translator for address header translation, said message containing the external address in a data portion (142, 162).
A method of configuring a plurality of integrated circuits, the method comprising: receiving the plurality of integrated circuits, wherein each integrated circuit comprises a physical unclonable function and a memory storing data associated with a cryptographic key specific to the integrated circuit; receiving a plurality of encrypted files, wherein each encrypted file is encrypted with the cryptographic key specific to a respective one of the plurality of integrated circuits; and for each encrypted file of the plurality of encrypted files: sending the encrypted file to the respective integrated circuit; causing the respective integrated circuit to generate its cryptographic key using its data associated with the cryptographic key and its physical unclonable function, the cryptographic key being not permanently stored on said respective integrated circuit; causing the respective integrated circuit to decrypt the encrypted file using its generated cryptographic key; and using the decrypted file to configure the respective integrated circuit. receiving the plurality of integrated circuits, wherein each integrated circuit comprises a physical unclonable function and a memory storing data associated with a cryptographic key specific to the integrated circuit; receiving a plurality of encrypted files, wherein each encrypted file is encrypted with the cryptographic key specific to a respective one of the plurality of integrated circuits; and for each encrypted file of the plurality of encrypted files: sending the encrypted file to the respective integrated circuit; causing the respective integrated circuit to generate its cryptographic key using its data associated with the cryptographic key and its physical unclonable function, the cryptographic key being not permanently stored on said respective integrated circuit; causing the respective integrated circuit to decrypt the encrypted file using its generated cryptographic key; and using the decrypted file to configure the respective integrated circuit. sending the encrypted file to the respective integrated circuit; causing the respective integrated circuit to generate its cryptographic key using its data associated with the cryptographic key and its physical unclonable function, the cryptographic key being not permanently stored on said respective integrated circuit; causing the respective integrated circuit to decrypt the encrypted file using its generated cryptographic key; and using the decrypted file to configure the respective integrated circuit.
Power-tool parting device, having at least one cutting strand, having at least one guide unit for guiding the cutting strand, and having at least one coding unit, which has at least one coding element that is provided to code at least one coupling interface of the guide unit, wherein a central axis of the coding element is arranged such that it is offset in a manner at least substantially parallel to the central axis of the guide unit, wherein the coding element forms an eccentrically arranged extension which, as viewed in the cutting plane of the cutting strand, extends axially beyond the guide unit, in a manner at least substantially parallel to the central axis of the guide unit, wherein the coding element preferably projects axially beyond the guide unit along a central axis of the guide unit, wherein the coding element, at least in a partial region, as viewed in a direction that is at least substantially parallel to a cutting plane of the cutting strand, has a greater maximum width extent than a maximum width extent of the cutting strand, characterized in that the partial region of the coding element in which the coding element has the maximum width extent is formed in an elliptical manner.
Reflector assembly (24; 42; 52) for a lighting device, comprising a plurality of reflectors (18, 19) for in each case at least one semiconductor light source, wherein - the reflectors (18, 19) are reflector sub-regions (18a, 18b, 19a, 19b) of a common, continuous plate part (11; 41; 51), - the reflector sub-regions (18a, 18b, 19a, 19b) comprise wing regions (21, 22) bent out at least partly from the plate part (11; 41; 51) and - the plate part (11; 41; 51) is bent to form at least one linear reflector trough (13-15; T1-T3; T4-T6), characterized in that - the reflector trough (13-15; T1-T3; T4-T6) comprises a strip-shaped base and laterally with respect thereto in each case a bent-up side wall (14, 15), - the side walls (14, 15) comprise the reflector sub-regions (18a, 18b, 19a, 19b) and - bent-out wing regions (20, 21) of the reflector sub-regions (18a, 18b, 19a, 19b) are bent into the reflector trough (13-15; T1-T3; T4-T6). - the reflectors (18, 19) are reflector sub-regions (18a, 18b, 19a, 19b) of a common, continuous plate part (11; 41; 51), - the reflector sub-regions (18a, 18b, 19a, 19b) comprise wing regions (21, 22) bent out at least partly from the plate part (11; 41; 51) and - the plate part (11; 41; 51) is bent to form at least one linear reflector trough (13-15; T1-T3; T4-T6), - the reflector trough (13-15; T1-T3; T4-T6) comprises a strip-shaped base and laterally with respect thereto in each case a bent-up side wall (14, 15), - the side walls (14, 15) comprise the reflector sub-regions (18a, 18b, 19a, 19b) and - bent-out wing regions (20, 21) of the reflector sub-regions (18a, 18b, 19a, 19b) are bent into the reflector trough (13-15; T1-T3; T4-T6).
A pressure seal of a turbomachine stator comprising stator vanes connecting an outer ferrule to an inner ferrule, both concentric and delimiting an air flow zone, said seal comprising a first abradable surface designed to be positioned opposite a rotor portion of the turbomachine and a second surface designed to be in contact with the inner ferrule of the stator, said seal having a stepped profile and comprising a plurality of component units, each component unit, characterized in that each component unit comprises, on its first abradable surface, a circumferential step creating an obstacle in the circumferential direction of the inner ferrule and an axial step creating an obstacle in the axial direction of the turbomachine, each component unit having a non-axisymmetric shape.
A workpiece removal and finishing device suitable for processing a workpiece of resin removed from a molding machine, comprising a workpiece removal robot that directly or indirectly removes the workpiece from the molding machine, and a processing robot that processes the workpiece, characterized in that the processing robot processes the workpiece while the workpiece removal robot changes a processing position of the workpiece, the processing robot comprises a processing tool that comprises, at a front end face side of a cutter blade main body portion thereof, a cutting blade portion which processes the workpiece, and a profiling portion having curved surfaces which correspond to respective surface portions (43A, 43B) of the workpiece, which does not constitute a cutting blade and which prevents the cutting blade portion from biting into the workpiece, whereby the processing tool is secured to an arm tip of the processing robot through a floating mechanism so as to be adaptable to thermal contraction of the workpiece, during a processing work of the processing robot, the workpiece removal robot and the processing robot are subjected to attitude control at all times such that the attitudes of the workpiece removal robot and the processing robot vary sequentially and the workpiece removal robot subjected to attitude control moves a processing face of the workpiece to the processing robot, whereby the workpiece is located at a position where the processing robot can easily process the workpiece, and the workpiece can be processed by the cutting blade portion of the processing tool without biting into the workpiece while the workpiece removed by the workpiece removal robot is positioned and held by the workpiece removal robot.
Method for introducing at least one recess, in particular through-hole, into a transparent or transmissive material of a glass substrate, wherein the material is selectively modified along a beam axis (s) by means of electromagnetic radiation and the recesses are subsequently produced by one or more etching steps, different etching rates occurring in a modified region and in the unmodified regions, characterized in that modifications with different characteristics within the modified regions are produced along the beam axis (s) in the material by the electromagnetic radiation, so that the etching process in the material takes place inhomogeneously and, with unaltered etching conditions, the etching rates in the regions modified with different characteristics differ from one another, so that recesses with different opening angles (α, β) and/or diameters on either side of the glass substrate are produced, wherein the different characteristics of the modifications are obtained by modifying the beam shape of the electromagnetic radiation, in particular by means of phase modulation, and/or by varying the pulse energy, the beam shape and/or the intensity.
Method for the manufacture of a solar cell assembly, comprising providing a solar cell and a bonding pad for bonding of the solar cell; providing a cooling substrate; forming a contacting surface on at least a part of the bonding pad and attaching the solar cell at a back side of the same to the contacting surface via a solder or a thermally and electrically conductive adhesive; attaching the bonding pad to a surface of the cooling substrate by means of a thermally conductive adhesive means, in particular, by a glue or an adhesive tape made of epoxy containing aluminum oxide; and electrically contacting the bonding pad to the cooling substrate by a bonding wire.
An electrolyte material for use in thermal batteries, the electrolyte material being substantially binder- free and comprising: at least 25 wt% lithium bromide; at least 4 wt% lithium chloride; at least 42 wt% lithium fluoride; and at least 1 wt% potassium bromide and no more than 12 wt% potassium bromide. at least 25 wt% lithium bromide; at least 4 wt% lithium chloride; at least 42 wt% lithium fluoride; and at least 1 wt% potassium bromide and no more than 12 wt% potassium bromide.
A composition or vaccine comprising a recombinant viral vector expressing a foot and mouth Disease Virus (FMDV) antigen, wherein the FMDV antigen comprises a polypeptide having the sequence as set forth in SEQ ID NO: 2, 4, 6 or 8 or a sequence having at least 80% sequence identity to the sequence as set forth in SEQ ID NO: 2, 4, 6 or 8.
Nalmefene for use in reduction of alcohol consumption in a patient with alcohol dependence, wherein said use comprises the following steps; a) identifying a patient with alcohol dependence i) who has a Drinking Risk Level corresponding to consumption >60 g/day of pure alcohol for men and >40 g/day for women, and ii) who maintains the DRL of alcohol consumption after an observation period following initial assessment, wherein said observation period following initial assessment is 1-2 weeks, and b) administering nalmefene to the patient identified in step a), wherein said nalmefene is to be administered as-needed, such as on each day the patient perceives a risk of drinking alcohol, preferably 1-2 hours prior to the anticipated time of drinking. a) identifying a patient with alcohol dependence i) who has a Drinking Risk Level corresponding to consumption >60 g/day of pure alcohol for men and >40 g/day for women, and ii) who maintains the DRL of alcohol consumption after an observation period following initial assessment, wherein said observation period following initial assessment is 1-2 weeks, and i) who has a Drinking Risk Level corresponding to consumption >60 g/day of pure alcohol for men and >40 g/day for women, and ii) who maintains the DRL of alcohol consumption after an observation period following initial assessment, b) administering nalmefene to the patient identified in step a), wherein said nalmefene is to be administered as-needed, such as on each day the patient perceives a risk of drinking alcohol, preferably 1-2 hours prior to the anticipated time of drinking.
A polynucleotide comprising at least one promoter and an S/MAR element, wherein said S/MAR element is located downstream of said promoter and wherein the nucleic acid sequence of said S/MAR element (S/MAR sequence) comprises at least 3 sequence motifs ATTA (SEQ ID NO:1) per 100 nucleotides over a stretch of at most 200 nucleotides; preferably comprises at least 20 sequence motifs ATTA over a sequence of 500 nucleotides, wherein said polynucleotide further comprises a coding sequence encoding a selectable marker (selectable marker sequence), said selectable marker sequence intervening said promoter and said S/MAR element, preferably wherein said promoter and said selectable marker sequence together constitute a selectable marker gene.
A surgical instrument for treating tissue, comprising: a housing having a shaft (16; 3; 103) extending there from, said shaft (16; 3; 103) including at least an articulating portion (18;118) and an end effector (12;112); a first casing connected to and rotatable with the proximal end of said shaft; an internal frame housed within the first casing; a plurality of posts (520a, 520b), supported by the internal frame and connected on their distal ends to at least one drive wire (38a, 38b), and connected on their proximal ends to a threaded shaft (522a, 522b); a second casing connected to the first casing and rotatable therewith, said second casing housing the threaded shafts (522a; 522b); a first electric motor driving a first gear, said first gear interfacing with the threaded shafts (522a; 522b) such that a first pair of the plurality of threaded shaft (522a; 522b) rotate in the same direction; a second electric motor driving a second gear, said second gear causing the connected shaft (16; 3; 103) and first and second casings (504a; 504b) to rotate about a common axis; wherein driving said first gear in a first direction causes said articulating portion (18; 118) to articulate in a first plane. a housing having a shaft (16; 3; 103) extending there from, said shaft (16; 3; 103) including at least an articulating portion (18;118) and an end effector (12;112); a first casing connected to and rotatable with the proximal end of said shaft; an internal frame housed within the first casing; a plurality of posts (520a, 520b), supported by the internal frame and connected on their distal ends to at least one drive wire (38a, 38b), and connected on their proximal ends to a threaded shaft (522a, 522b); a second casing connected to the first casing and rotatable therewith, said second casing housing the threaded shafts (522a; 522b); a first electric motor driving a first gear, said first gear interfacing with the threaded shafts (522a; 522b) such that a first pair of the plurality of threaded shaft (522a; 522b) rotate in the same direction; a second electric motor driving a second gear, said second gear causing the connected shaft (16; 3; 103) and first and second casings (504a; 504b) to rotate about a common axis; wherein driving said first gear in a first direction causes said articulating portion (18; 118) to articulate in a first plane.
An automotive vacuum pump with a housing arrangement enclosing a pumping chamber and rotatably supporting a pump rotor with a rotor body having a bearing section and a vane section, wherein the vane section of the rotor body is provided with a vane slit wherein a slidable pump vane is supported which separates the pumping chamber into several rotating pumping compartments (171, 172), the housing arrangement is provided with a pumping chamber gas inlet opening and with a pumping chamber gas outlet opening, characterised in that the rotor body is provided with a separate oil outlet opening (40,40') which is lying in a cylindrical plane defined by the cylindrical outer surface of the rotor body and which is open to the pumping chamber, and the opening angle of the oil outlet opening (40, 40') is smaller than the gas- tight commutation sector defined between the gas outlet opening and the gas inlet opening, whereas the opening angle is an angle lying In a radial plane and with the sector center lying in the rotational axis of the pump rotor.