mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: providing a proxy to control access to an internal network of a vehicle by an entity coupled to an external network ; assigning different security policies to different functional groups; determining a given functional group, of the different functional groups, to which the entity belongs; providing, by the proxy, an application programming interface, API, accessible by the entity over the external network, wherein the different functional groups have access to different subsets of routines of the API; and responsive to a request received at the API from the entity over the external network to access a vehicle component over the internal network, applying, by the proxy, a security policy of the given functional group to determine whether to allow access to the vehicle component over the internal network. providing a proxy to control access to an internal network of a vehicle by an entity coupled to an external network ; assigning different security policies to different functional groups; determining a given functional group, of the different functional groups, to which the entity belongs; providing, by the proxy, an application programming interface, API, accessible by the entity over the external network, wherein the different functional groups have access to different subsets of routines of the API; and responsive to a request received at the API from the entity over the external network to access a vehicle component over the internal network, applying, by the proxy, a security policy of the given functional group to determine whether to allow access to the vehicle component over the internal network.
A tire grinding machine , comprising: a frame having a plurality of vertically extending posts ; a chuck assembly associated with said frame , said chuck assembly adapted to receive, and rotate a tire; and a grinding assembly associated with said frame , said grinding assembly movable with respect to said frame and having at least one grinding element adapted to contact and remove material from the tire when rotated by said chuck assembly ; characterized in that a pulley is maintained near a top end of one of said vertical posts ; and a counterbalance weight is connected to one end of a cable and an opposite end of said cable is connected to said grinding assembly , wherein said vertical post associated with said pulley has an internal post opening and wherein said cable is received on said pulley and said counterbalance weight is received in said internal post opening and concealed by said vertical post . a frame having a plurality of vertically extending posts ; a chuck assembly associated with said frame , said chuck assembly adapted to receive, and rotate a tire; and a grinding assembly associated with said frame , said grinding assembly movable with respect to said frame and having at least one grinding element adapted to contact and remove material from the tire when rotated by said chuck assembly ; characterized in that a pulley is maintained near a top end of one of said vertical posts ; and a counterbalance weight is connected to one end of a cable and an opposite end of said cable is connected to said grinding assembly , wherein said vertical post associated with said pulley has an internal post opening and wherein said cable is received on said pulley and said counterbalance weight is received in said internal post opening and concealed by said vertical post .
A phosphaguanidine compound comprising the structure of formula I: wherein R 2 , R 5 , R 7 , and R 9 are independently selected from hydrides, aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties, or may include a lone pair of electrons; R 6 is an aliphatic, heteroaliphatic, aromatic, or heteroaromatic moiety; R 1 and R 8 include the same or different moieties selected from aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties and/or may include a lone pair of electrons; R a1 , R a2 , R b1 , and R b2 are independently selected from aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties. R 2 , R 5 , R 7 , and R 9 are independently selected from hydrides, aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties, or may include a lone pair of electrons; R 6 is an aliphatic, heteroaliphatic, aromatic, or heteroaromatic moiety; R 1 and R 8 include the same or different moieties selected from aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties and/or may include a lone pair of electrons; R a1 , R a2 , R b1 , and R b2 are independently selected from aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties.
A gas turbine engine including a plurality of axially staged combustion systems , each axially staged combustion system comprising: a main body structure having a plurality of first injectors and a plurality of second injectors , compressed air being provided to at least one of said first injectors ; first structure to provide fuel to said at least one of said first injectors , said fuel provided to said at least one of said first injectors being adapted to mix with the compressed air provided to said at least one of said first injectors and ignite to produce a flame such that the flame associated with said at least one of said first injectors defines a flame front axially spaced from a reference surface of said main body structure ; each of said second injectors comprising a section extending from said reference surface of said main body structure through said flame front and having a length (L T ) greater than the axial spacing (L F ) of said flame front from the reference surface ; and second structure to provide fuel to at least one of said second injectors , said fuel passing through said at least one of said second injectors and exiting said at least one of said second injectors at a location axially spaced from the flame front such that the fuel exiting said at least one of said second injectors mixes with air and ignites at a location axially spaced from the flame front , wherein the second injectors are interspersed with the first injectors such that second injectors are disposed between first injectors and first injectors are disposed between second injectors . a main body structure having a plurality of first injectors and a plurality of second injectors , compressed air being provided to at least one of said first injectors ; first structure to provide fuel to said at least one of said first injectors , said fuel provided to said at least one of said first injectors being adapted to mix with the compressed air provided to said at least one of said first injectors and ignite to produce a flame such that the flame associated with said at least one of said first injectors defines a flame front axially spaced from a reference surface of said main body structure ; each of said second injectors comprising a section extending from said reference surface of said main body structure through said flame front and having a length (L T ) greater than the axial spacing (L F ) of said flame front from the reference surface ; and second structure to provide fuel to at least one of said second injectors , said fuel passing through said at least one of said second injectors and exiting said at least one of said second injectors at a location axially spaced from the flame front such that the fuel exiting said at least one of said second injectors mixes with air and ignites at a location axially spaced from the flame front , wherein the second injectors are interspersed with the first injectors such that second injectors are disposed between first injectors and first injectors are disposed between second injectors .
A method for producing a trim part with a visible side (S) for use in vehicles, comprising the steps: a. producing a support substrate from a fiber composite material comprising fibers by injecting the fiber composite material into a mold cavity of an injection mold, wherein a surface is formed on a first side of the support substrate that faces the visible side (S) of the trim part , b. forming a lacquer layer by directly coating the surface of the support substrate that is formed when the support substrate is produced with a lacquer, wherein when the lacquer layer is formed, a lacquer surface facing the visible side (S) is formed, which has inhomogeneities that are formed as a result of the process by the fibers of the fiber composite material protruding from the support substrate and penetrating the lacquer surface, and when the lacquer layer is coated with the protective layer , the protective layer forms a homogeneous protective layer surface that defines the visible side (S), and the inhomogeneities are covered so that the inhomogeneities on the visible side (S) are not visible c. coating the lacquer layer with a protective layer . a. producing a support substrate from a fiber composite material comprising fibers by injecting the fiber composite material into a mold cavity of an injection mold, wherein a surface is formed on a first side of the support substrate that faces the visible side (S) of the trim part , b. forming a lacquer layer by directly coating the surface of the support substrate that is formed when the support substrate is produced with a lacquer, wherein when the lacquer layer is formed, a lacquer surface facing the visible side (S) is formed, which has inhomogeneities that are formed as a result of the process by the fibers of the fiber composite material protruding from the support substrate and penetrating the lacquer surface, and when the lacquer layer is coated with the protective layer , the protective layer forms a homogeneous protective layer surface that defines the visible side (S), and the inhomogeneities are covered so that the inhomogeneities on the visible side (S) are not visible c. coating the lacquer layer with a protective layer .
Glass comprising at least the following components (given in mol-% on oxide basis): SiO 2 64 - 77 Al 2 O 3 5 - 14 Na 2 O 4 - 12 CaO 1 - 12 MgO 0 - 4 ZrO 2 0 - 2 TiO 2 0 - 4.5 Li 2 0 0 - 3; wherein the ratio Al 2 O 3 /Na 2 O ≥ 1; wherein the ratio Al 2 O 3 /CaO ≥ 1.5; wherein the total content SiO 2 + Al 2 O 3 < 82 mol-%; wherein apart from unavoidable contaminations no B 2 O 3 is present. wherein the ratio Al 2 O 3 /Na 2 O ≥ 1; wherein the ratio Al 2 O 3 /CaO ≥ 1.5; wherein the total content SiO 2 + Al 2 O 3 < 82 mol-%; wherein apart from unavoidable contaminations no B 2 O 3 is present.
An upper for an article of footwear that is configured to be connected to a sole structure , the upper comprising: a knitted component having a base portion that is configured to be disposed adjacent the sole structure, the base portion having a first layer of knitted material that defines an interior surface of the base portion, a second layer of knitted material that defines an exterior surface of the base portion, and a plurality of spacer strands that extend between and provide spacing between the first layer and the second layer, a lateral portion that extends from the base portion and that also defines the interior surface and the exterior surface of the knitted component, a medial portion that extends from the base portion and that also defines the interior surface and the exterior surface of the knitted component, the upper further comprising a passage that extends partially across the lateral portion, partially across the base portion, and partially across the medial portion such that the passage is continuous between the lateral portion, the base portion, and the medial portion defined between the plurality of spacer strands; the upper being characterized in that a tensile strand extends continuously through the passage. a knitted component having a base portion that is configured to be disposed adjacent the sole structure, the base portion having a first layer of knitted material that defines an interior surface of the base portion, a second layer of knitted material that defines an exterior surface of the base portion, and a plurality of spacer strands that extend between and provide spacing between the first layer and the second layer, a lateral portion that extends from the base portion and that also defines the interior surface and the exterior surface of the knitted component, a medial portion that extends from the base portion and that also defines the interior surface and the exterior surface of the knitted component, the upper further comprising a passage that extends partially across the lateral portion, partially across the base portion, and partially across the medial portion such that the passage is continuous between the lateral portion, the base portion, and the medial portion defined between the plurality of spacer strands; the upper being characterized in that a tensile strand extends continuously through the passage.
Vehicle seat for a motor vehicle, having a seat frame on which a seat part is mounted and which is fastenable or fastened to a vehicle floor, having at least one storage compartment which is assigned to an underside of the seat part , wherein the seat part is mounted pivotably between a sitting position covering the storage compartment and an upright position opening up the storage compartment , and having a locking device for locking the seat part in the sitting position, wherein the locking device has a locking element and an actuating handle for moving the locking element from a retaining position retaining the seat part on the seat frame into a release position releasing the seat part in order to move same, characterized in that the seat part has a seat pan , wherein the locking device is latched in an interlocking manner on the seat pan , and in that the seat pan has a plurality of supporting walls on which the locking device is plugged or placed.
Shoe for a roller-skating system , having a three-point fastening system for fastening the shoe to a rail , comprising three fastening devices (101-1, 101-2, 101-3) formed in a hard shell , wherein: the first fastening device (101-1) is located at a center in the heel area of the shoe ; the second fastening device (101-2) is located at an outer side in the ball area of the shoe ; and the third fastening device (101-3) is located at an inner side in the ball area of the shoe , and the second fastening device (101-2) is located offset from the third fastening device (101-3) in the longitudinal direction of the shoe ; and the front fastening devices (101-2) and (101-3) protrude from the sole of the hard shell , so that a roller can be arranged in the space between the fastening devices (101-2) and (101-3). the first fastening device (101-1) is located at a center in the heel area of the shoe ; the second fastening device (101-2) is located at an outer side in the ball area of the shoe ; and the third fastening device (101-3) is located at an inner side in the ball area of the shoe , and the second fastening device (101-2) is located offset from the third fastening device (101-3) in the longitudinal direction of the shoe ; and the front fastening devices (101-2) and (101-3) protrude from the sole of the hard shell , so that a roller can be arranged in the space between the fastening devices (101-2) and (101-3).
A method of assembling an optical device, comprising: providing a circuit board supporting an imager and a support for supporting the circuit board ; applying a first adhesive layer to a mating region of at least one of the circuit board and the support ; and fastening the circuit board to the support using at least one fastener , wherein the first adhesive layer is compressed between the mating regions once the circuit board is fastened; curing the first adhesive layer for forming a stabilised imager assembly ; fixing a lens to the stabilised imager assembly using a second adhesive layer , wherein the step of fixing the lens comprises positioning the lens on the support to align its focal plane with the imager and curing the second adhesive layer . providing a circuit board supporting an imager and a support for supporting the circuit board ; applying a first adhesive layer to a mating region of at least one of the circuit board and the support ; and fastening the circuit board to the support using at least one fastener , wherein the first adhesive layer is compressed between the mating regions once the circuit board is fastened; curing the first adhesive layer for forming a stabilised imager assembly ; fixing a lens to the stabilised imager assembly using a second adhesive layer , wherein the step of fixing the lens comprises positioning the lens on the support to align its focal plane with the imager and curing the second adhesive layer .
Timepiece provided with a bezel comprising a near field communication device able to receive/send a signal, said communication device comprising a chip and an antenna and being arranged in the bezel of said timepiece , the communication device being associated with a magnetic screen , characterized in that the bezel is a monobloc piece comprising a lower surface having a pocket in which said communication device is arranged, the magnetic screen being situated on a lower surface of the bezel so as to close an opening formed by the pocket on the lower surface , or in that the bezel comprises first and second components , the second component comprising a interior surface provided with a pocket in which said communication device is arranged, the magnetic screen being situated on a bottom wall and/or a lateral wall of the pocket . the bezel is a monobloc piece comprising a lower surface having a pocket in which said communication device is arranged, the magnetic screen being situated on a lower surface of the bezel so as to close an opening formed by the pocket on the lower surface , or in that the bezel comprises first and second components , the second component comprising a interior surface provided with a pocket in which said communication device is arranged, the magnetic screen being situated on a bottom wall and/or a lateral wall of the pocket .
A room temperature bonding apparatus comprising: a first beam source (17-i) configured to emit a first activation beam (Ba1,Ba2) directed onto a first surface of a first substrate ; a second beam source (18-i) configured to emit a second activation beam (Bb1,Bb2) directed onto a second surface of a second substrate ; a press bonding mechanism configured to bond between the first substrate and the second substrate ; and a control apparatus configured to control the first beam source (17-i) and the second beam source (18-i) independently such that the first surface is irradiated with the first activation beam (Ba1,Ba2) and the second surface is irradiated with the second activation beam (Bb1,Bb2), and to control the press bonding mechanism to bond between the first substrate and the second substrate after first irradiation as irradiation with the first activation beam (Bal,Ba2) and second irradiation as irradiation with the second activation beam (Bb1,Bb2) are performed, The apparatus being characterized in that : the control apparatus is configured to control the first beam source (17-i) and the second beam source (18-i) such that a first irradiation period of the first irradiation is longer than a second irradiation period of the second irradiation. a first beam source (17-i) configured to emit a first activation beam (Ba1,Ba2) directed onto a first surface of a first substrate ; a second beam source (18-i) configured to emit a second activation beam (Bb1,Bb2) directed onto a second surface of a second substrate ; a press bonding mechanism configured to bond between the first substrate and the second substrate ; and a control apparatus configured to control the first beam source (17-i) and the second beam source (18-i) independently such that the first surface is irradiated with the first activation beam (Ba1,Ba2) and the second surface is irradiated with the second activation beam (Bb1,Bb2), and to control the press bonding mechanism to bond between the first substrate and the second substrate after first irradiation as irradiation with the first activation beam (Bal,Ba2) and second irradiation as irradiation with the second activation beam (Bb1,Bb2) are performed, The apparatus being characterized in that : the control apparatus is configured to control the first beam source (17-i) and the second beam source (18-i) such that a first irradiation period of the first irradiation is longer than a second irradiation period of the second irradiation.
An electronic device comprising a control unit for controlling functions of the electronic device, audio output means , and a user input device for navigating through a plurality of available user interface input options and for confirming a selected input option, wherein the input device is a virtual button or a physical button, wherein the electronic device is arranged to detect selection of a first input option on the basis of a first input to the input device and confirm the first input option as a response to detection of a second input to the input device, and the electronic device is arranged to provide audio feedback for the user, wherein the first input option represents a character and the second input is associated with a function adding the character as part of a character sequence entered by the user, the control unit is arranged to define, as a response to detecting a selection of the character on the basis of the detection of the first input to the input device, an audio segment specific to the character, and the control unit is arranged to cause an output of the defined audio segment via the audio output means prior to the confirmation, and wherein the control unit is arranged to select a second input option associated with an action relating to the character sequence as a response to detection of a third input to the input device, the control unit is arranged to cause an output of an audio segment specific to the action, and the control unit is arranged to initiate an action associated with an inputted character sequence as a response to detection of a fourth input following the third input to the input device.
A sterile container comprising - at least one carrier which is a stabilizer; and - at least one biomolecule reversibly attached to the carrier, wherein said carrier partially or completely covers the attached biomolecules and wherein said at least one carrier comprises an amino acid mixture of at least two different amino acids. - at least one carrier which is a stabilizer; and - at least one biomolecule reversibly attached to the carrier,