mhurhangee/patent-ind-claim-en huggingface dataset:
A method of assembling a wing comprising: providing a first wing component having a first plurality of coordination features disposed in predetermined positions along said first wing component ; supporting said first wing component in a generally horizontal position at a first workstation ; providing a second wing component having a second plurality of coordination features disposed in predetermined positions; accurately fastening said second wing component relative to said first wing component at said first workstation such that at least some of said first plurality of coordination features cooperate with at least some of said second plurality of coordination features to define an assembly; moving said assembly on a transport vehicle from said first workstation to a second workstation , wherein the transport vehicle is an automated ground vehicle , said second workstation being separate from said first workstation ; providing a third wing component having a third plurality of coordination features disposed in predetermined positions; accurately fastening said third wing component relative to said assembly at said second workstation such that at least some of said third plurality of coordination features cooperate with at least some of said first or second plurality of coordination features to define an assembly. providing a first wing component having a first plurality of coordination features disposed in predetermined positions along said first wing component ; supporting said first wing component in a generally horizontal position at a first workstation ; providing a second wing component having a second plurality of coordination features disposed in predetermined positions; accurately fastening said second wing component relative to said first wing component at said first workstation such that at least some of said first plurality of coordination features cooperate with at least some of said second plurality of coordination features to define an assembly; moving said assembly on a transport vehicle from said first workstation to a second workstation , wherein the transport vehicle is an automated ground vehicle , said second workstation being separate from said first workstation ; providing a third wing component having a third plurality of coordination features disposed in predetermined positions; accurately fastening said third wing component relative to said assembly at said second workstation such that at least some of said third plurality of coordination features cooperate with at least some of said first or second plurality of coordination features to define an assembly.
A reversible upper-body support garment comprising: a light-toned layer ; a dark-toned layer ; the layers overlying each other and dimensioned to together be stretched in a supporting fit around the upper body of a wearer (W) with either the light-toned layer or the dark-toned layer facing outwards from the wearer (W); and at least one breast pad between the light-toned layer and the dark-toned layer , characterized in that the at least one breast pad has a dark-toned surface that is adjacent to the light-toned layer thereby to face outwards from behind the light-toned layer when the light-toned layer is facing outwards from the wearer (W), and in that the dark-toned surface of the at least one breast pad has a tone that is substantially similar to or matches the tone of the dark-toned layer . a light-toned layer ; a dark-toned layer ; the layers overlying each other and dimensioned to together be stretched in a supporting fit around the upper body of a wearer (W) with either the light-toned layer or the dark-toned layer facing outwards from the wearer (W); and at least one breast pad between the light-toned layer and the dark-toned layer , characterized in that the at least one breast pad has a dark-toned surface that is adjacent to the light-toned layer thereby to face outwards from behind the light-toned layer when the light-toned layer is facing outwards from the wearer (W), and in that the dark-toned surface of the at least one breast pad has a tone that is substantially similar to or matches the tone of the dark-toned layer .
A mount device comprising: a mount body comprising a plurality of patterned features , the patterned features each including one or more mount locating features and a mount orientation feature , and the patterned features being raised or recessed relative to the major surface of the mount body , the plurality of patterned features capable of positioning sample carriers (106; 708) comprising a carrier body comprising at least one recess for holding sample containers or samples of different sizes and/or capable of positioning sample carriers (106; 708) at different predefined locations on the mount body ; and an RFID reader antenna matrix coupled to the mount body , the RFID reader antenna matrix comprising a plurality of RFID reader antennas . a mount body comprising a plurality of patterned features , the patterned features each including one or more mount locating features and a mount orientation feature , and the patterned features being raised or recessed relative to the major surface of the mount body , the plurality of patterned features capable of positioning sample carriers (106; 708) comprising a carrier body comprising at least one recess for holding sample containers or samples of different sizes and/or capable of positioning sample carriers (106; 708) at different predefined locations on the mount body ; and an RFID reader antenna matrix coupled to the mount body , the RFID reader antenna matrix comprising a plurality of RFID reader antennas .
Equipment for collecting and treating sludge waste comprising a part of water, said equipment comprising at least one tank defining at least one compartment for the collection of said waste, said tank comprising at least one manhole which defines a passageway for the insertion of filtering means in said compartment , characterized in that said filtering means comprise at least one filtering unit for separating and filtering the water contained in the sludge waste, said filtering unit being at least partially insertable within said compartment through said manhole , wherein said filtering unit comprises: - a first filtering module and a second filtering module for filtering said water; - a circulation line between said filtering modules and configured to transfer the water filtered by said first filtering module to said second filtering module ; - a collection line to collect and convey the water filtered by said second filtering module , outside compartment ; - a supporting frame which supports said filtering modules and which is suitable to be partially or completely inserted in said compartment through said manhole of said tank ; and - connection means configured to form a connection between said frame and said tank so that said filtering modules are completely arranged within said compartment upon such a connection, wherein said connection means comprise a base comprising a first side from which said supporting frame develops, and wherein said filtering unit further comprises a containment which develops from a second side of said base opposite to said first side of said base , and control means of said filtering unit housed in said containment . - a first filtering module and a second filtering module for filtering said water; - a circulation line between said filtering modules and configured to transfer the water filtered by said first filtering module to said second filtering module ; - a collection line to collect and convey the water filtered by said second filtering module , outside compartment ; - a supporting frame which supports said filtering modules and which is suitable to be partially or completely inserted in said compartment through said manhole of said tank ; and - connection means configured to form a connection between said frame and said tank so that said filtering modules are completely arranged within said compartment upon such a connection,
A method performed by a wireless device for receiving an uplink scheduling grant for a plurality of physical uplink shared channels, PUSCHs, the method comprising: receiving, from a network node , downlink control information, DCI, the DCI comprising an indication corresponding to at least a time domain resource for each of the plurality of PUSCHs wherein the DCI indication comprises: a first field indicating a value in at least one allocated radio resource control, RRC, configured table for PUSCH time resource allocation and a second field indicating a number of the plurality of PUSCHs that are consecutively scheduled in the uplink grant; based on the indication, determining uplink scheduling grant resources for the plurality of PUSCHs; and sending at least one transmission according to the determined uplink scheduling grant resources. a first field indicating a value in at least one allocated radio resource control, RRC, configured table for PUSCH time resource allocation and a second field indicating a number of the plurality of PUSCHs that are consecutively scheduled in the uplink grant; based on the indication, determining uplink scheduling grant resources for the plurality of PUSCHs; and sending at least one transmission according to the determined uplink scheduling grant resources.
A reconfigurable porting structure for a stent-graft delivery system comprising: an internal seal component defining an inner access port therethrough; and an external seal component defining an outer access port therethrough that is removably coupled to the internal seal component , wherein when the external and internal seal components are coupled to each other the outer access port is configured to maintain hemostasis with a guidewire extending therethrough, and wherein when the external seal component is removed from the internal seal component the inner access port is configured to maintain hemostasis with a stent-graft delivery system extending therethrough; wherein an elongate guidewire tube is attached to the external seal component such that a lumen of the guidewire tube extends from the outer access port for receiving a guidewire therethrough; and wherein the guidewire tube passes through the internal seal component when the internal and external seal components are coupled together. an internal seal component defining an inner access port therethrough; and an external seal component defining an outer access port therethrough that is removably coupled to the internal seal component , wherein when the external and internal seal components are coupled to each other the outer access port is configured to maintain hemostasis with a guidewire extending therethrough, and wherein when the external seal component is removed from the internal seal component the inner access port is configured to maintain hemostasis with a stent-graft delivery system extending therethrough; wherein wherein when the external and internal seal components are coupled to each other the outer access port is configured to maintain hemostasis with a guidewire extending therethrough, and wherein when the external seal component is removed from the internal seal component the inner access port is configured to maintain hemostasis with a stent-graft delivery system extending therethrough; wherein an elongate guidewire tube is attached to the external seal component such that a lumen of the guidewire tube extends from the outer access port for receiving a guidewire therethrough; and wherein the guidewire tube passes through the internal seal component when the internal and external seal components are coupled together.
A method of operating a policy aware unified file system of a computer system comprising: unifying existing branches in the computer system to create the unified file system wherein the unified file system includes branch policies of the unified existing branches and a unification policy of the unified file system and wherein the branch policies of the unified existing branches include security policies of the unified existing branches; receiving a request from an application to access the unified file system; determining if the request satisfies the unification policy of the unified file system and a corresponding branch policy; if the request satisfies the unification policy and the corresponding branch policy, allowing the application to access the unified file system; wherein the method further comprises a lazy creation optimization process when a software application accesses a file in the unified file system: determining if the request relates to an access of an existing file in the unified file system; if the request does not relate to the access of an existing file, determining if the file exists in the branch file system; if the file is determined to exist in the branch file system, determining if unifying the file into the unified file system satisfies both unification policy and branch policy; and if unifying the file into unified file system satisfies both unification policy and branch policy, creating a virtual file in the unified file system for the file. unifying existing branches in the computer system to create the unified file system wherein the unified file system includes branch policies of the unified existing branches and a unification policy of the unified file system and wherein the branch policies of the unified existing branches include security policies of the unified existing branches; receiving a request from an application to access the unified file system; determining if the request satisfies the unification policy of the unified file system and a corresponding branch policy; if the request satisfies the unification policy and the corresponding branch policy, allowing the application to access the unified file system; determining if the request relates to an access of an existing file in the unified file system; if the request does not relate to the access of an existing file, determining if the file exists in the branch file system; if the file is determined to exist in the branch file system, determining if unifying the file into the unified file system satisfies both unification policy and branch policy; and if unifying the file into unified file system satisfies both unification policy and branch policy, creating a virtual file in the unified file system for the file.
A locking cylinder, having a stator and a rotor which is rotatable in the stator and has a key opening into which a key can be inserted, and a plurality of tumblers/counter-tumblers pairs which are displaceably mounted in bores in the rotor or stator, wherein at least one of the tumblers has a first part and a second part which can be brought into different positions relative to one another and can be fixed therein, and at least the associated counter-tumbler has a third and a fourth part , which can be brought into different positions relative to one another and can be fixed therein, wherein a total closing-effective length of the tumbler along a bore axis depends on the relative position of the first and the second part and a total closing-effective length of the counter-tumbler along the bore axis depends on the relative position of the third and the fourth part.
A transverse welding assembly for a flow-pack packaging machine comprising: - a stationary support structure , - a translating base movable with respect to the stationary support structure along a straight direction (A), - a transmission mechanism configured to command a reciprocating movement of the translating base along said straight direction (A) between a rear position and an advanced position and vice versa, and - first and second welding elements , carried by the translating base , and movable with respect to each other between an open position and a closed position in phase with the movement of the translating base , characterized in that said transmission mechanism comprises: - a cam oscillator device , comprising an inlet shaft rotatable around a first axis (B) and connected to an electric motor, at least one cam fixed to said inlet shaft , an outlet shaft oscillating around a second axis (C) parallel to said first axis (B), and at least one cam-follower member carried by the outlet shaft and cooperating with said at least one cam , wherein said cam has a profile configured to convert a continuous rotary movement of the inlet shaft into an alternating pivoting movement of the outlet shaft around said second axis (C), and - at least one pivoting arm fixed to the outlet shaft of the cam oscillator device and connected to the translating base by means of a sliding coupling element . - a stationary support structure , - a translating base movable with respect to the stationary support structure along a straight direction (A), - a transmission mechanism configured to command a reciprocating movement of the translating base along said straight direction (A) between a rear position and an advanced position and vice versa, and - first and second welding elements , carried by the translating base , and movable with respect to each other between an open position and a closed position in phase with the movement of the translating base , - a cam oscillator device , comprising an inlet shaft rotatable around a first axis (B) and connected to an electric motor, at least one cam fixed to said inlet shaft , an outlet shaft oscillating around a second axis (C) parallel to said first axis (B), and at least one cam-follower member carried by the outlet shaft and cooperating with said at least one cam , wherein said cam has a profile configured to convert a continuous rotary movement of the inlet shaft into an alternating pivoting movement of the outlet shaft around said second axis (C), and - at least one pivoting arm fixed to the outlet shaft of the cam oscillator device and connected to the translating base by means of a sliding coupling element .
Connector for connecting a microphone unit and a loudspeaker unit of a hearing aid, wherein the connector has a cylindrical external shape, characterised in that four cylindrical retainers , of which in each case two are formed, on the outside of the connector , on sides of the connector opposite one another in the radial direction (Ra) of the connector , for detachable locking of the connector to a housing of the microphone unit, and extend at least in part in the radial direction (Ra) of the connector , wherein at least one contacting element for establishing electrical contact between the microphone unit and the loudspeaker unit is formed on the connector , and an end portion of the at least one contacting element can be latched to the housing of the microphone unit, in a receiving portion corresponding thereto. four cylindrical retainers , of which in each case two are formed, on the outside of the connector , on sides of the connector opposite one another in the radial direction (Ra) of the connector , for detachable locking of the connector to a housing of the microphone unit, and extend at least in part in the radial direction (Ra) of the connector , wherein at least one contacting element for establishing electrical contact between the microphone unit and the loudspeaker unit is formed on the connector , and an end portion of the at least one contacting element can be latched to the housing of the microphone unit, in a receiving portion corresponding thereto.
A method for preparing a gelatinized blend of at least two heat-modified starches, wherein the starches are starches of distinct botanical origins, which comprises the steps consisting of: 1. Preparing a starch milk containing at least two starches of distinct botanical origins, 2. Treating the milk thus obtained under alkaline conditions and then dehydration and heat treatment for a time and at a temperature making it possible to obtain a blend of heat-modified starches, 3. Pregelatinizing said blend using a method that causes a break in the granular structure of the starches. 1. Preparing a starch milk containing at least two starches of distinct botanical origins, 2. Treating the milk thus obtained under alkaline conditions and then dehydration and heat treatment for a time and at a temperature making it possible to obtain a blend of heat-modified starches, 3. Pregelatinizing said blend using a method that causes a break in the granular structure of the starches.
Method for voting using concatenated signatures comprising the following steps: a) providing a plurality M of replicants (R1, R2, RM) for generating M redundant messages (O1, O2, OM), where M≥2; b) providing a plurality N of voter modules (VM1,VM2,VMN), where N≥2, wherein each voter module (VM1,VM2,VMN) has a voter (V1,V2,VN) for voting the redundant messages and a crypto unit (K1,K2,KN) with a partial private key (PR1,PR2,PRN) for signing a message; c) transferring the redundant messages (O1,O2,OM) of the replicants (R1,R2,RM) to each voter module (VM1,VM2,VMN), so that the voter (V1,V2,VN) of each voter module (VM1,VM2,VMN) generates a voted message (M1, M2, MN) on the basis of the redundant messages (O1, O2, OM); d) producing a 1st signature of the 1st voted message by means of the 1st voter module (VM1) with a 1st partial private key (PR1) if the 1st voter (V1) generates a 1st voted message; e) transferring an n'th signature and an n'th voted message from the n'th voter module to the (n+1)'th voter module; f) comparing the message voted by the (n+1)'th voter with the n'th voted message and producing a (n+1)'th signature on the n'th signature with a (n+1)'th partial private key of the (n+1)'th voter module if the 1st voted message matches the (n+1)'th voted message; g) performing the steps e) and f) in ascending sequence for each n where 1≤n≤(N-1); h) transferring the N'th signature and the N'th voted message to a receiver unit (E); i) accepting the N'th voted message by a receiver crypto unit (EK) if the receiver crypto unit (EK) successfully verifies the N'th signature with a public key (PU). a) providing a plurality M of replicants (R1, R2, RM) for generating M redundant messages (O1, O2, OM), where M≥2; b) providing a plurality N of voter modules (VM1,VM2,VMN), where N≥2, wherein each voter module (VM1,VM2,VMN) has a voter (V1,V2,VN) for voting the redundant messages and a crypto unit (K1,K2,KN) with a partial private key (PR1,PR2,PRN) for signing a message; c) transferring the redundant messages (O1,O2,OM) of the replicants (R1,R2,RM) to each voter module (VM1,VM2,VMN), so that the voter (V1,V2,VN) of each voter module (VM1,VM2,VMN) generates a voted message (M1, M2, MN) on the basis of the redundant messages (O1, O2, OM); d) producing a 1st signature of the 1st voted message by means of the 1st voter module (VM1) with a 1st partial private key (PR1) if the 1st voter (V1) generates a 1st voted message; e) transferring an n'th signature and an n'th voted message from the n'th voter module to the (n+1)'th voter module; f) comparing the message voted by the (n+1)'th voter with the n'th voted message and producing a (n+1)'th signature on the n'th signature with a (n+1)'th partial private key of the (n+1)'th voter module if the 1st voted message matches the (n+1)'th voted message; g) performing the steps e) and f) in ascending sequence for each n where 1≤n≤(N-1); h) transferring the N'th signature and the N'th voted message to a receiver unit (E); i) accepting the N'th voted message by a receiver crypto unit (EK) if the receiver crypto unit (EK) successfully verifies the N'th signature with a public key (PU).