mhurhangee/patent-ind-claim-en huggingface dataset:
Method for generating an electronic signature of a document combined with a digest obtained by a given hash function, comprising the steps of: (a) data processing means of a server receiving said digest and a zero-knowledge proof that said digest is indeed the result of data processing means of an item of equipment applying said given hash function to said document, said given hash function being a cryptographic hash function iterating a compression function following the Merkle-Damgård principle and said zero-knowledge proof that said digest is indeed the result of applying said given hash function to said document being a zero-knowledge proof, generated by the data processing means of the item of equipment , that the item of equipment has a preimage of the compression function such that said digest is indeed the result of applying an iteration of the compression function to said preimage; (b) the data processing means of the server checking that said zero-knowledge proof is valid; (c) the data processing means of the server generating an electronic signature of the document on the basis of said digest. (a) data processing means of a server receiving said digest and a zero-knowledge proof that said digest is indeed the result of data processing means of an item of equipment applying said given hash function to said document, said given hash function being a cryptographic hash function iterating a compression function following the Merkle-Damgård principle and said zero-knowledge proof that said digest is indeed the result of applying said given hash function to said document being a zero-knowledge proof, generated by the data processing means of the item of equipment , that the item of equipment has a preimage of the compression function such that said digest is indeed the result of applying an iteration of the compression function to said preimage; (b) the data processing means of the server checking that said zero-knowledge proof is valid; (c) the data processing means of the server generating an electronic signature of the document on the basis of said digest.
A centrifugal compressor comprising an impeller and a casing , wherein the casing includes a scroll part forming a scroll flow passage on a radially outer side of the impeller and a diffuser part forming a diffuser flow passage for supplying the scroll flow passage with compressed air compressed by the impeller , wherein the diffuser part includes: a first diffuser portion belonging to a first angular range (A1) including an angular position of a tongue section of the scroll part , of an angular range in a circumferential direction of the impeller ; and a second diffuser portion belonging to a second angular range (A2) downstream of the first angular range (A1) in a flow direction of the scroll flow passage , of the angular range in the circumferential direction of the impeller , the second diffuser portion having an outer radius R2 which is defined along a reference circle (C) centered at a rotational center (O) of the impeller , and wherein an outer radius R1 of the first diffuser portion in the first angular range (A1) is smaller than the outer radius R2 of the second diffuser portion in the second angular range (A2); characterized in that the second angular range (A2) is an entire angular range in the circumferential direction of the impeller excluding the first angular range (A1); wherein the outer radius R1 of the first diffuser portion in the first angular range (A1) is at its minimum in an angular range of from minus 15 to 15 degrees, provided that the angular position of the tongue section is zero degree. a first diffuser portion belonging to a first angular range (A1) including an angular position of a tongue section of the scroll part , of an angular range in a circumferential direction of the impeller ; and a second diffuser portion belonging to a second angular range (A2) downstream of the first angular range (A1) in a flow direction of the scroll flow passage , of the angular range in the circumferential direction of the impeller , the second diffuser portion having an outer radius R2 which is defined along a reference circle (C) centered at a rotational center (O) of the impeller , and
A method for a content router (CR1) in a network (NW) for forwarding a request (R) comprising a requested content name (RN) being a set of ordered components (COi), said content router (CR1) comprising a routing table (RT) and a first plurality of content names (Ni) and a plurality of forwarding interfaces (Fi), said routing table (RT) associating each content name (Ni) from the first plurality of content names (Ni) to at least one forwarding interface (Fi) from the plurality of forwarding interfaces (Fi), said method comprising the following initialization step performed by the content router (CR1): - initializing a referencing array (RA) with signatures (Si) of the first plurality of content names (Ni), each signature (Si) being a representation of at least one content name (Ni), and said method comprising the following steps performed in real-time by the content router (CR1): - receiving the request (R), - identifying a first block (B1) from the referencing array (RA) according to a first signature (SG1) of a first subset (SS1) of ordered components (COi) from the requested content name (RN), - looking up in the first block (B1) for a second signature (SG2i) of a second subset (SS2i) of ordered components (COi) from the requested content name (RN), then, - if the second signature (SG2i) of the second subset (SS2i) is referenced in the first block (B1), checking if said second subset (SS2i) is matching a content name (Ni) from the routing table (RT), then, - if said second subset (SS2i) is matching a content name (RNi) from a the routing table (RT), forwarding the request (R) through a forwarding interface (Fi) being associated with said matching content name (Ni). - initializing a referencing array (RA) with signatures (Si) of the first plurality of content names (Ni), each signature (Si) being a representation of at least one content name (Ni), - receiving the request (R), - identifying a first block (B1) from the referencing array (RA) according to a first signature (SG1) of a first subset (SS1) of ordered components (COi) from the requested content name (RN), - looking up in the first block (B1) for a second signature (SG2i) of a second subset (SS2i) of ordered components (COi) from the requested content name (RN), then, - if the second signature (SG2i) of the second subset (SS2i) is referenced in the first block (B1), checking if said second subset (SS2i) is matching a content name (Ni) from the routing table (RT), then, - if said second subset (SS2i) is matching a content name (RNi) from a the routing table (RT), forwarding the request (R) through a forwarding interface (Fi) being associated with said matching content name (Ni).
A method performed by a user device for using beam search pilots, the method comprising: receiving a beam search pilot schedule of communication resources for receiving the beam search pilots from a base station of a wireless network; entering one of a radio resource control-idle, RRC-idle, mode or a radio resource control-inactive, RRC-inactive, mode; while in the RRC-idle mode or the RRC-inactive mode, receiving , from the base station, a beam search pilot on an associated beam transmitted by the base station over at least one of the communication resources indicated in the beam search pilot schedule; determining that a signal quality of the received beam search pilot meets a signal quality threshold; and transmitting , to the base station, an indication that the received beam search pilot meets the signal quality threshold. receiving a beam search pilot schedule of communication resources for receiving the beam search pilots from a base station of a wireless network; entering one of a radio resource control-idle, RRC-idle, mode or a radio resource control-inactive, RRC-inactive, mode; while in the RRC-idle mode or the RRC-inactive mode, receiving , from the base station, a beam search pilot on an associated beam transmitted by the base station over at least one of the communication resources indicated in the beam search pilot schedule; determining that a signal quality of the received beam search pilot meets a signal quality threshold; and transmitting , to the base station, an indication that the received beam search pilot meets the signal quality threshold.
A method of analyzing biological data, the method comprising: inputting by a computer biological data containing at least a protein expression level of MX dynamin-like GTPase 1 (MX1) and a protein expression level of C-reactive protein (CRP) in the blood of a subject; calculating by the computer a distance d between a segment S ROI of a curved line S and an axis π defined by a direction, said distance d being calculated, perpendicularly to said axis π, between a point P on said axis π and a corresponding point on said curved line, said point being defined by a coordinate δ along said direction; and correlating said distance to the presence of, absence of, or likelihood that the subject has, a bacterial infection; wherein at least 90% of said segment is between a lower bound line S LB =f(δ)-ε 0 and an upper bound line S UB =f(δ)+ε 1 , wherein said f(δ) equals 1/(1+exp(-δ)), wherein said coordinate δ, once calculated, equals a 0 +a 1 X+a 2 Y, wherein said X is a value of said CRP in μg/ml, and said Y is a value of said MX1 in ng/ml, wherein each of said ε 0 and said ε 1 is less than 0.5, and wherein a 0 is from 0.4 to 0.5, a 1 is from 0.015 to 0.02, and a 2 is from -0.0025 to -0.0018. inputting by a computer biological data containing at least a protein expression level of MX dynamin-like GTPase 1 (MX1) and a protein expression level of C-reactive protein (CRP) in the blood of a subject; calculating by the computer a distance d between a segment S ROI of a curved line S and an axis π defined by a direction, said distance d being calculated, perpendicularly to said axis π, between a point P on said axis π and a corresponding point on said curved line, said point being defined by a coordinate δ along said direction; and correlating said distance to the presence of, absence of, or likelihood that the subject has, a bacterial infection; wherein at least 90% of said segment is between a lower bound line S LB =f(δ)-ε 0 and an upper bound line S UB =f(δ)+ε 1 , wherein said f(δ) equals 1/(1+exp(-δ)), wherein said coordinate δ, once calculated, equals a 0 +a 1 X+a 2 Y, wherein said X is a value of said CRP in μg/ml, and said Y is a value of said MX1 in ng/ml, wherein each of said ε 0 and said ε 1 is less than 0.5, and wherein a 0 is from 0.4 to 0.5, a 1 is from 0.015 to 0.02, and a 2 is from -0.0025 to -0.0018.
A method performed by detection equipment for detecting a false cell in a wireless communication network , the method comprising: obtaining a test dataset that comprises one or more test datapoints , with each test datapoint indicating a combination of values detected for a cell characteristic; and testing for the presence of a false cell that is using the same cell identity as a genuine cell, based on an extent to which the test dataset differs from a training dataset according to a model trained using the training dataset , wherein said testing comprises testing for the presence of a false cell that is using a non-reference cell identity based on an extent to which, across different reference values detected for the cell characteristic in association with a reference cell identity, a test distribution for the non-reference cell identity differs from a false-cell-free distribution for the non-reference cell identity; wherein the false-cell-free distribution for the non-reference cell identity comprises a distribution of values detected for the cell characteristic in association with the non-reference cell identity, detected across false-cell-free datapoints of the training dataset , and detected across the different reference values; and wherein the test distribution for the non-reference cell identity comprises a distribution of values detected for the cell characteristic in association with the non-reference cell identity, detected across test datapoints of the test dataset , and detected across the different reference values. obtaining a test dataset that comprises one or more test datapoints , with each test datapoint indicating a combination of values detected for a cell characteristic; and testing for the presence of a false cell that is using the same cell identity as a genuine cell, based on an extent to which the test dataset differs from a training dataset according to a model trained using the training dataset , wherein said testing comprises testing for the presence of a false cell that is using a non-reference cell identity based on an extent to which, across different reference values detected for the cell characteristic in association with a reference cell identity, a test distribution for the non-reference cell identity differs from a false-cell-free distribution for the non-reference cell identity; wherein the false-cell-free distribution for the non-reference cell identity comprises a distribution of values detected for the cell characteristic in association with the non-reference cell identity, detected across false-cell-free datapoints of the training dataset , and detected across the different reference values; and wherein the test distribution for the non-reference cell identity comprises a distribution of values detected for the cell characteristic in association with the non-reference cell identity, detected across test datapoints of the test dataset , and detected across the different reference values.
A system for measuring a radar cross section of an object , the system comprising: a frame having a first end and a second end, the frame being attached to a ground plane at or proximate to the first end, the frame extending upwardly from the ground plane to the second end; a measurement module coupled to the frame and comprising one or more radar antennas , wherein: the measurement module is moveable along the frame between the first end and the second end, characterised in the measurement module being configured to rotate about an axis such that the orientation of the measurement module with respect to the frame may be changed; and a cavity recessed in the ground plane and located at or proximate to the first end of the frame , such that the measurement module is at least partially within the cavity when at the first end of the frame . a frame having a first end and a second end, the frame being attached to a ground plane at or proximate to the first end, the frame extending upwardly from the ground plane to the second end; a measurement module coupled to the frame and comprising one or more radar antennas , wherein: the measurement module is moveable along the frame between the first end and the second end, characterised in the measurement module being configured to rotate about an axis such that the orientation of the measurement module with respect to the frame may be changed; and the measurement module is moveable along the frame between the first end and the second end, characterised in the measurement module being configured to rotate about an axis such that the orientation of the measurement module with respect to the frame may be changed; and a cavity recessed in the ground plane and located at or proximate to the first end of the frame , such that the measurement module is at least partially within the cavity when at the first end of the frame .
A mobile terminal having a metal case forming an appearance of a terminal body, the mobile terminal comprising: a rear case including a first rear surface portion and a first side surface portion , the first side surface portion including first metal members which are electrically separated from each other; and an internal case installed inside the rear case and including a second rear surface portion and a second side surface portion , the second side surface portion including second metal members which are electrically separated from each other, wherein the first and second side surface portions are electrically spaced apart from each other and the first and second metal members are configured to operate as antennas. a rear case including a first rear surface portion and a first side surface portion , the first side surface portion including first metal members which are electrically separated from each other; and an internal case installed inside the rear case and including a second rear surface portion and a second side surface portion , the second side surface portion including second metal members which are electrically separated from each other, wherein the first and second side surface portions are electrically spaced apart from each other and the first and second metal members are configured to operate as antennas.
A system for driving a pump impeller , including an impeller , a drive motor and a shaft , the shaft being formed of a hollow cylindrical tube, of circular section and comprising two ends, one of the two ends including a flare in the shape of a trumpet horn, the other remaining cylindrical to be connected to the drive motor, the system being characterised in that said impeller includes a surface adapted to be implanted on said flare in an integral manner, the impeller including a hub the shape of which corresponds to the trumpet horn shape of the shaft .
A two directional pivoting user support assembly to support a user during an exercise movement on an exercise machine, comprising: a base ; a user support connected to the base , the user support being rotatable about a first axis during an exercise; and a locking mechanism provided between the base and the user support, wherein a locking device of the locking mechanism having (i) a first, locking position defining a stable support mode in which the user support rotates about the first pivot axis only and is locked against rotation about a second pivot axis , and (ii) a second, released position defining an unstable support mode in which the user support is free to rotate about said second pivot axis wherein in the released position the support platform is configured to pivot freely up and down between zero and five degrees on each side about the second pivot axis , wherein the second axis extends parallel to the plane of the user support platform in a front to rear direction , and said platform tilts or rocks from side to side about said second axis . a base ; a user support connected to the base , the user support being rotatable about a first axis during an exercise; and a locking mechanism provided between the base and the user support, wherein a locking device of the locking mechanism having (i) a first, locking position defining a stable support mode in which the user support rotates about the first pivot axis only and is locked against rotation about a second pivot axis , and (ii) a second, released position defining an unstable support mode in which the user support is free to rotate about said second pivot axis wherein in the released position the support platform is configured to pivot freely up and down between zero and five degrees on each side about the second pivot axis , wherein the second axis extends parallel to the plane of the user support platform in a front to rear direction , and said platform tilts or rocks from side to side about said second axis . (i) a first, locking position defining a stable support mode in which the user support rotates about the first pivot axis only and is locked against rotation about a second pivot axis , and (ii) a second, released position defining an unstable support mode in which the user support is free to rotate about said second pivot axis wherein in the released position the support platform is configured to pivot freely up and down between zero and five degrees on each side about the second pivot axis , wherein the second axis extends parallel to the plane of the user support platform in a front to rear direction , and said platform tilts or rocks from side to side about said second axis .
Dishwasher , especially a domestic dishwasher, comprising a dishwashing compartment , which is provided with at least one rack (4; 5), in which items to be cleaned can be held, to which water (FW) and/or so-called wash liquor liquid (S) can be applied by way of at least one rotatable spray arm (9; 10) associated with the respective rack, the spray arm (9; 10) being able to be supplied by an upright supply tube , at least certain regions of which flare in the direction of the spray arm (9; 10), which has a peripheral terminal end facing the spray arm (9; 10), and wherein the supply tube with its terminal end facing the spray arm (9; 10) projects into a cavity enclosed by the spray arm, thereby extending into the spray arm (9; 10), characterised in that at least one lowest region , located below the plane of the terminal end , is provided in the cavity of the spray arm for water or so-called wash liquor (S) held in the cavity of the spray arm , from which the water or wash liquor (S) can flow back to empty the spray arm .
An operating device for a vehicle, comprising: a screen having an operating surface, the screen being configured such that a region of the screen including a portion of the screen to which an operating force is applied is deformed in a direction in which the operating force is applied, in accordance with the operating force applied to the operating surface; a projecting unit configured to project an image onto the screen ; a detecting unit configured to detect, as an operating position, the portion of the screen to which the operating force is applied and which is deformed due to the applied operating force; and a processing unit configured to perform predetermined processing associated with a portion of the image projected onto the screen , based on a result of detection performed by the detecting unit, the portion of the image corresponding to the operating position, characterized in that the processing unit is configured to further perform image processing such that a plurality of images around the portion of the screen , to which the operating force is applied and which is deformed due to the applied operating force, move to the portion of the screen . a screen having an operating surface, the screen being configured such that a region of the screen including a portion of the screen to which an operating force is applied is deformed in a direction in which the operating force is applied, in accordance with the operating force applied to the operating surface; a projecting unit configured to project an image onto the screen ; a detecting unit configured to detect, as an operating position, the portion of the screen to which the operating force is applied and which is deformed due to the applied operating force; and a processing unit configured to perform predetermined processing associated with a portion of the image projected onto the screen , based on a result of detection performed by the detecting unit, the portion of the image corresponding to the operating position, characterized in that the processing unit is configured to further perform image processing such that a plurality of images around the portion of the screen , to which the operating force is applied and which is deformed due to the applied operating force, move to the portion of the screen .