mhurhangee/patent-ind-claim-en huggingface dataset:
A blade outer air seal assembly for a gas turbine engine, comprising: a support structure ; a blade outer air seal having a plurality of segments arranged circumferentially about an axis and mounted in the support structure by a carrier ; and at least one of the segments having a first wall axially spaced from a second wall , the first wall having first and second hooks spaced apart from one another in a circumferential direction, the second wall having third and fourth hooks spaced apart from one another in the circumferential direction, wherein the first, second, third, and fourth hooks are in engagement with the carrier ; wherein the blade outer air seal is a ceramic material, wherein the blade outer air seal is formed from a plurality of ceramic matrix composite plies , and characterized in that , an overwrap ply extends over and about the first and second walls ; wherein a portion of the plurality of ceramic matrix composite plies have ends that terminate at the first or second wall (120; 122) and the overwrap ply covers the ends; and wherein the first wall and the second wall extend radially outward from a base portion , the base portion defining a gas path on a radially inner side and a non-gas path on a radially outer side. a support structure ; a blade outer air seal having a plurality of segments arranged circumferentially about an axis and mounted in the support structure by a carrier ; and at least one of the segments having a first wall axially spaced from a second wall , the first wall having first and second hooks spaced apart from one another in a circumferential direction, the second wall having third and fourth hooks spaced apart from one another in the circumferential direction, wherein the first, second, third, and fourth hooks are in engagement with the carrier ; wherein the blade outer air seal is a ceramic material, wherein the blade outer air seal is formed from a plurality of ceramic matrix composite plies , and characterized in that , an overwrap ply extends over and about the first and second walls ; wherein a portion of the plurality of ceramic matrix composite plies have ends that terminate at the first or second wall (120; 122) and the overwrap ply covers the ends; and wherein the first wall and the second wall extend radially outward from a base portion , the base portion defining a gas path on a radially inner side and a non-gas path on a radially outer side.
A method for providing encrypted data for searching of information therein, the method comprising the steps of a) Generating a plurality of distinct key triples (SK(i,j), PK(i,j), EVK(i,j)) being dependent on searchable information (w1, ..., wn) and being dependent on a file (f1, ... fm) on which a search may be performed, each key triple comprising a public key (PK(i,j)) a corresponding secret key (SK(i,j)) and a corresponding evaluation key (EVK(i,j)), b) Encrypting information indicating whether or not the one or more searchable information (w1, ..., wn) is included in one or more of the files (f1, ... fm) with a key (PK(i, j)) of the generated key triples (SK(i,j), PK(i,j), EVK(i,j)), c) Merging the plurality of secret keys (SK(i,j)) to obtain a single secret key (SK*(j)) for all searchable information (w1, ..., wn) within a file (f1, ..., fm) for each file (f1, ..., fm) and d) Providing the encrypted information with the merged secret keys (SK*(j)) for each file (f1, ..., fm) as encrypted data for searching of information therein, wherein at least steps a)-b) are based on a multikey homomorphic encryption scheme. a) Generating a plurality of distinct key triples (SK(i,j), PK(i,j), EVK(i,j)) being dependent on searchable information (w1, ..., wn) and being dependent on a file (f1, ... fm) on which a search may be performed, each key triple comprising a public key (PK(i,j)) a corresponding secret key (SK(i,j)) and a corresponding evaluation key (EVK(i,j)), b) Encrypting information indicating whether or not the one or more searchable information (w1, ..., wn) is included in one or more of the files (f1, ... fm) with a key (PK(i, j)) of the generated key triples (SK(i,j), PK(i,j), EVK(i,j)), c) Merging the plurality of secret keys (SK(i,j)) to obtain a single secret key (SK*(j)) for all searchable information (w1, ..., wn) within a file (f1, ..., fm) for each file (f1, ..., fm) and d) Providing the encrypted information with the merged secret keys (SK*(j)) for each file (f1, ..., fm) as encrypted data for searching of information therein, wherein at least steps a)-b) are based on a multikey homomorphic encryption scheme.
Smoking product with an electric power source , at least one electric functional unit and a housing , which at least partially collectively surrounds the electric power source and the at least one electric functional unit , wherein the housing comprises electrical strip conductors for the electrical connection of the electric power source to the at least one electric functional unit , and the housing forms a, preferably strip-shaped, flexible encasing layer , which at least surrounds the electrical power source , characterised in that , the smoking product has a substantially elongated, cylindrical shape, wherein the electrical strip conductors extend substantially in the longitudinal direction of the smoking product or at least comprise sections which extend substantially in the longitudinal direction of the smoking product in order to connect together the electrical components located one behind the other in the longitudinal direction, which comprise the electric power source and the at least one electric functional unit.
A valve, comprising a valve body and a valve core disk , wherein the valve body is provided with a passage configured for allowing a fluid to pass through; the valve core disk is provided within the passage and is rotatable with respect to the valve body ; the valve core disk is provided with through holes , one side face of the valve core disk is provided with a one-way diaphragm , and the one-way diaphragm is configured for sealing the through holes in one direction, so as to enable the valve core disk to seal the passage in one direction, the valve core disk and a section of the passage both are in a circular shape; characterized in that on an outer circumferential surface of the valve core disk , an annular slot is provided along an extending direction of the outer circumferential surface; a seal ring is provided in the annular slot; the seal ring is in interference fit with a side wall of the passage, so as to fill in a gap between the valve core disk and the side wall of the passage, and to enable the valve core disk to universally rotate with respect to the valve body .
A method for managing a graded cipher, characterized by comprising: establishing a corresponding relationship between different security grades and corresponding voice passwords, wherein a voice password corresponding to each security grade in the corresponding relationship is a part or all of a preset voice password ; receiving a voice password from a user, and searching the obtained corresponding relationship for a security grade corresponding to a voice password matched with the received voice password , and entering the corresponding security grade; wherein the establishing a corresponding relationship between different security grades and corresponding voice passwords comprises: acquiring the preset voice password and a security grade number in advance; and acquiring a voice password, of which a length is (N-i)/N of a length of the preset voice password, from the preset voice password, and setting a corresponding relationship between the obtained voice password and an ith security grade; wherein N is the security grade number, and i is an integer more than or equal to 0. establishing a corresponding relationship between different security grades and corresponding voice passwords, wherein a voice password corresponding to each security grade in the corresponding relationship is a part or all of a preset voice password ; receiving a voice password from a user, and searching the obtained corresponding relationship for a security grade corresponding to a voice password matched with the received voice password , and entering the corresponding security grade; wherein the establishing a corresponding relationship between different security grades and corresponding voice passwords comprises: acquiring the preset voice password and a security grade number in advance; and acquiring a voice password, of which a length is (N-i)/N of a length of the preset voice password, from the preset voice password, and setting a corresponding relationship between the obtained voice password and an ith security grade; wherein N is the security grade number, and i is an integer more than or equal to 0. acquiring the preset voice password and a security grade number in advance; and acquiring a voice password, of which a length is (N-i)/N of a length of the preset voice password, from the preset voice password, and setting a corresponding relationship between the obtained voice password and an ith security grade; wherein N is the security grade number, and i is an integer more than or equal to 0.
A method for producing a mechanochemically carbonated clay, said method comprising the following steps: a) providing a feedstock comprising or consisting of a clay precursor; b) providing a gas comprising at least 0.5 vol% CO 2 ; c) introducing said feedstock and said gas into a mechanical agitation unit; and d) subjecting the material of said feedstock to a mechanical agitation operation in the presence of said gas in said mechanical agitation unit. a) providing a feedstock comprising or consisting of a clay precursor; b) providing a gas comprising at least 0.5 vol% CO 2 ; c) introducing said feedstock and said gas into a mechanical agitation unit; and d) subjecting the material of said feedstock to a mechanical agitation operation in the presence of said gas in said mechanical agitation unit.
A portable biometric monitor comprising a biometric sensor, such as an optical sensor, and a housing wherein the housing of said portable biometric monitor is connected to a wrist strap for attaching the portable biometric monitor to a user, the strap comprising a first end and a second end , wherein - the strap comprises spacer elements at the first end of the strap and at the second end of the strap, the spacer elements having a first end and a second end , the spacer elements at the first end of the strap including a first spacer element on a first side of the strap and a second spacer element on a second side of the strap; and the spacer elements at the second end of the strap including a first spacer element on a first side of the strap and a second spacer element on a second side of the strap, wherein the spacer elements are separate spacer elements, - the strap being connected from its two sides at the first end and from its two sides at the second end to two sides at the first end of the housing and to two sides at the second end of the housing via pivots connected to said spacer elements at the sides of the housing to allow pivoted movement of the housing , wherein - the distance (a) of the pivot locations between the first end of the housing and the second end of the housing is in the range of 10-30 mm, such as in the range of 20-30 mm. - the strap comprises spacer elements at the first end of the strap and at the second end of the strap, the spacer elements having a first end and a second end , the spacer elements at the first end of the strap including a first spacer element on a first side of the strap and a second spacer element on a second side of the strap; and the spacer elements at the second end of the strap including a first spacer element on a first side of the strap and a second spacer element on a second side of the strap, wherein the spacer elements are separate spacer elements, - the strap being connected from its two sides at the first end and from its two sides at the second end to two sides at the first end of the housing and to two sides at the second end of the housing via pivots connected to said spacer elements at the sides of the housing to allow pivoted movement of the housing , wherein - the distance (a) of the pivot locations between the first end of the housing and the second end of the housing is in the range of 10-30 mm, such as in the range of 20-30 mm.
A method for allowing a web property access to a native application, comprising: providing a native application on a wireless device, the native application including a context awareness application; the wireless device sending a request for content to a web server; the wireless device receiving content from the web server, the content including executable code; running the executable code on the wireless device to access contextual information, by opening a port on the wireless device against the native application and accessing contextual information stored on the wireless device by using the context awareness application that is adapted to continuously gather, maintain and access contextual information related to the wireless device and/or the user of the device; the wireless device sending the contextual information to the web server; and receiving contextual content in the wireless device from the web server in response to the contextual information. providing a native application on a wireless device, the native application including a context awareness application; the wireless device sending a request for content to a web server; the wireless device receiving content from the web server, the content including executable code; running the executable code on the wireless device to access contextual information, by opening a port on the wireless device against the native application and accessing contextual information stored on the wireless device by using the context awareness application that is adapted to continuously gather, maintain and access contextual information related to the wireless device and/or the user of the device; the wireless device sending the contextual information to the web server; and receiving contextual content in the wireless device from the web server in response to the contextual information.
Tool for tonifying the superficial muscles of the face and/or neck, extending respectively in a longitudinal direction (X-X) corresponding to a lengthwise dimension of the tool, transverse direction (Y-Y) corresponding to a widthwise dimension of the tool, and vertical thickness direction of the tool, comprising: - a container (10;110) comprising several single housings (11;111); - a series of weights (20;120), each singly contained inside a respective housing of the container (10;110), wherein at least one external surface of each housing containing the weights has a positioning element made of a material suitable for ensuring stable positioning of the tool when rested on a specific area of the face and/or neck of a user lying with the body in a supine position; characterized in that a side (11c;111c) extending parallel to the transverse direction (Y-Y) of a housing of the container is joined to a corresponding side of an adjacent housing by hinge means (40;140) designed to allow a degree of freedom for relative rotation of the adjacent housings about the said transverse side, and/or a longitudinal side of a housing of the container is joined together with an opposite longitudinal side of an adjacent housing in the transverse direction (Y-Y) by a hinge means with a longitudinal axis (X-X) designed so as to allow a degree of freedom for relative rotation of the adjacent housings about said longitudinal axis. - a container (10;110) comprising several single housings (11;111); - a series of weights (20;120), each singly contained inside a respective housing of the container (10;110), wherein at least one external surface of each housing containing the weights has a positioning element made of a material suitable for ensuring stable positioning of the tool when rested on a specific area of the face and/or neck of a user lying with the body in a supine position; characterized in that a side (11c;111c) extending parallel to the transverse direction (Y-Y) of a housing of the container is joined to a corresponding side of an adjacent housing by hinge means (40;140) designed to allow a degree of freedom for relative rotation of the adjacent housings about the said transverse side, and/or a longitudinal side of a housing of the container is joined together with an opposite longitudinal side of an adjacent housing in the transverse direction (Y-Y) by a hinge means with a longitudinal axis (X-X) designed so as to allow a degree of freedom for relative rotation of the adjacent housings about said longitudinal axis.
A generator cooling assembly , comprising: a rotor ; a generator assembly comprising a generator housing , a generator housed in the generator housing and a shaft coupled to the rotor to transmit shaft power from the rotor to the generator to drive the generator; and an air-cycle machine (ACM) housed in the generator housing, and characterized by the ACM being receptive of air, which is cooled by the ACM and output to the generator as fully cooled air to cool the generator. a rotor ; a generator assembly comprising a generator housing , a generator housed in the generator housing and a shaft coupled to the rotor to transmit shaft power from the rotor to the generator to drive the generator; and an air-cycle machine (ACM) housed in the generator housing, and characterized by the ACM being receptive of air, which is cooled by the ACM and output to the generator as fully cooled air to cool the generator.
A processing unit for generating an output vector (A), the processing unit comprising: an output register (rA) having a plurality of elements for holding different components of the output vector (A), the plurality of elements including a first end element and a second end element; and a vector unit for processing at least two input vectors (V, M) to generate respective result values; wherein the processing unit is configured to execute machine code instructions, each instruction being an instance of a predefined set of instruction types in an instruction set of the processing unit , wherein the instruction set includes a vector processing instruction defined by a corresponding opcode, the vector processing instruction causing the processing unit to: i) process, using the vector unit , a first input vector (V) and a second input vector (M) to generate a result value; characterised in that the vector processing instruction causes the processing unit to: ii) perform a rotation operation on the plurality of elements of the output register (rA) in which the sum of the result value and a value present in the second end element before said rotation is placed in the first end element of the output register (rA). an output register (rA) having a plurality of elements for holding different components of the output vector (A), the plurality of elements including a first end element and a second end element; and a vector unit for processing at least two input vectors (V, M) to generate respective result values; wherein the processing unit is configured to execute machine code instructions, each instruction being an instance of a predefined set of instruction types in an instruction set of the processing unit , wherein the instruction set includes a vector processing instruction defined by a corresponding opcode, the vector processing instruction causing the processing unit to: i) process, using the vector unit , a first input vector (V) and a second input vector (M) to generate a result value; characterised in that the vector processing instruction causes the processing unit to: ii) perform a rotation operation on the plurality of elements of the output register (rA) in which the sum of the result value and a value present in the second end element before said rotation is placed in the first end element of the output register (rA). i) process, using the vector unit , a first input vector (V) and a second input vector (M) to generate a result value; characterised in that the vector processing instruction causes the processing unit to: ii) perform a rotation operation on the plurality of elements of the output register (rA) in which the sum of the result value and a value present in the second end element before said rotation is placed in the first end element of the output register (rA).
An elastomeric seal for use in semiconductor manufacturing apparatus comprising: an ink on at least a portion of an upper surface thereof, wherein the ink comprises a barrier material and a binder, the barrier material being operable to prevent or reduce degradation of the elastomeric seal from ultraviolet, UV, radiation, wherein the barrier material comprises: metallic particles incorporated into the ink in the form of flakes; and inorganic compounds. an ink on at least a portion of an upper surface thereof, wherein the ink comprises a barrier material and a binder, the barrier material being operable to prevent or reduce degradation of the elastomeric seal from ultraviolet, UV, radiation, wherein the barrier material comprises: metallic particles incorporated into the ink in the form of flakes; and inorganic compounds. metallic particles incorporated into the ink in the form of flakes; and inorganic compounds.
An electronic circuit comprising: a plurality of protective nodes , each comprising: at least one processing function for processing information representative of a detection of a disturbance, deriving from at least one detection function ; and at least one function for implementing a countermeasure controlled by the processing function in response of a disturbance detection, characterized in that each processing function receives information from all detection functions of the circuit. a plurality of protective nodes , each comprising: at least one processing function for processing information representative of a detection of a disturbance, deriving from at least one detection function ; and at least one function for implementing a countermeasure controlled by the processing function in response of a disturbance detection, at least one processing function for processing information representative of a detection of a disturbance, deriving from at least one detection function ; and at least one function for implementing a countermeasure controlled by the processing function in response of a disturbance detection, characterized in that each processing function receives information from all detection functions of the circuit.