mhurhangee/ep-ind-claims huggingface dataset:
Computed tomography imaging method for generating a radiation image of an object comprising the steps of - applying a reconstruction algorithm capable of reconstructing tomography slice images at specific locations with a set of input parameters, - generating a visual indication of a depth location of at least one of said slice images obtained by applying said reconstruction algorithm with said set of input parameters, wherein said visual indication is projected onto said object thereby indicating said depth location relative to said object. - applying a reconstruction algorithm capable of reconstructing tomography slice images at specific locations with a set of input parameters, - generating a visual indication of a depth location of at least one of said slice images obtained by applying said reconstruction algorithm with said set of input parameters, wherein said visual indication is projected onto said object thereby indicating said depth location relative to said object.
A distributed electrical cross apparatus, comprising a backboard and four single-boards integrated (A01, A02, A03, A04) with electrical cross units, wherein, the four single-boards (A01, A02, A03, A04) are inserted in fixed slots on the backboard, and each single-board of the four single-boards (A01, A02, A03, A04) further comprises: a line-side service access unit, a client-side service access unit and a backboard access unit, the backboard access unit of each single-board is connected with each other through fixed traces on the backboard, and each electrical cross unit achieves cross connections of line-side services, client-side services and backboard-side services, characterized in that, the backboard access unit of each single-board comprises three backboard electrical signal interaction modules (B01, B02, B03), the backboard access unit of each single-board is connected with each other through fixed traces on the backboard by: a first backboard electrical signal interaction module of a first single-board being connected with a third backboard electrical signal interaction module of a second single-board, a second backboard electrical signal interaction module of a first single-board being connected with a second backboard electrical signal interaction module of a third single-board, a third backboard electrical signal interaction module of a first single-board being connected with a first backboard electrical signal interaction module of a fourth single-board; a first backboard electrical signal interaction module of a second single-board being connected with a third backboard electrical signal interaction module of a third single-board, a second backboard electrical signal interaction module of a second single-board being connected with a second backboard electrical signal interaction module of a fourth single-board; a first backboard electrical signal interaction module of a third single-board being connected with a third backboard electrical signal interaction module of a fourth single-board.
Waste collection bin comprising: - a container, - at least one partition wall delimiting different waste storage spaces in the container, and - the lid being characterized in that it is formed in one piece and comprises multiple portions (10, 12), each portion covering a different waste storage space, the lid comprising at least one elastically deformable zone forming a hinge for at least one portion (10, 12) of the lid. - a container, - at least one partition wall delimiting different waste storage spaces in the container, and - the lid being characterized in that it is formed in one piece and comprises multiple portions (10, 12), each portion covering a different waste storage space, the lid comprising at least one elastically deformable zone forming a hinge for at least one portion (10, 12) of the lid.
An apparatus for releasing an ingredient from a capsule, comprising: a chamber for receiving a capsule, the capsule having a top cover; a stud plate comprising a set of openings for receiving the capsule contents as pressurized jets through the top cover, after rupture of the top cover, wherein the openings are tapered, having a wide end and a narrow end, wherein the narrow ends of the openings are for receiving the capsule contents; an outlet for delivery of the capsule contents; a deflector positioned between the stud plate and the outlet, comprising an upstanding collector wall; characterised in that it further comprises a jet shaping unit (400;500;600) downstream of the stud plate, comprising a set of one or more jet shaping elements, each jet shaping element associated with a respective set of one or more of the openings of the stud plate, wherein the jet shaping elements are adapted to reduce the flow velocity towards the deflector. a chamber for receiving a capsule, the capsule having a top cover; a stud plate comprising a set of openings for receiving the capsule contents as pressurized jets through the top cover, after rupture of the top cover, wherein the openings are tapered, having a wide end and a narrow end, wherein the narrow ends of the openings are for receiving the capsule contents; an outlet for delivery of the capsule contents; a deflector positioned between the stud plate and the outlet, comprising an upstanding collector wall; characterised in that it further comprises a jet shaping unit (400;500;600) downstream of the stud plate, comprising a set of one or more jet shaping elements, each jet shaping element associated with a respective set of one or more of the openings of the stud plate, wherein the jet shaping elements are adapted to reduce the flow velocity towards the deflector.
A method for implementing a virtual bus device, comprising: trapping a configuration cycle in a target device within a management engine of a platform; and creating the virtual bus device on said platform; programming a system memory mapped input/output space with base address registers for the virtual bus device; checking upon booting to see if management engine firmware has been provisioned with a virtual device identifier; if the management engine firmware has not been provisioned with a virtual device identifier: initiating a connection to the provisioning server over the Internet; and using a secure mechanism to provision, to the management engine, the virtual device identifier, and a vendor identifier, or function identifier. trapping a configuration cycle in a target device within a management engine of a platform; and creating the virtual bus device on said platform; programming a system memory mapped input/output space with base address registers for the virtual bus device; checking upon booting to see if management engine firmware has been provisioned with a virtual device identifier; if the management engine firmware has not been provisioned with a virtual device identifier: initiating a connection to the provisioning server over the Internet; and using a secure mechanism to provision, to the management engine, the virtual device identifier, and a vendor identifier, or function identifier. initiating a connection to the provisioning server over the Internet; and using a secure mechanism to provision, to the management engine, the virtual device identifier, and a vendor identifier, or function identifier.
A polymerization catalyst composition, comprising: a metallocene complex represented by the general formula, including: a central metal M which is selected from Scandium (Sc), Gadolinium (Gd), Yttrium, Holmium (Ho), Lutetium (Lu), Erbium (Er), Dysprosium (Dy), Terbium (Tb), and Thulium (Tm); a ligand Cp* bound to the central metal and including a substituted or unsubstituted cyclopentadienyl derivative; at least one of monoanionic ligands Q 1 and Q 2 is a substituted benzyl group; w neutral Lewis base L; and an ionic compound composed of a non-ligand anion and a cation: where w represents an integer of 0 to 3. a metallocene complex represented by the general formula, including: a central metal M which is selected from Scandium (Sc), Gadolinium (Gd), Yttrium, Holmium (Ho), Lutetium (Lu), Erbium (Er), Dysprosium (Dy), Terbium (Tb), and Thulium (Tm); a ligand Cp* bound to the central metal and including a substituted or unsubstituted cyclopentadienyl derivative; at least one of monoanionic ligands Q 1 and Q 2 is a substituted benzyl group; w neutral Lewis base L; and a central metal M which is selected from Scandium (Sc), Gadolinium (Gd), Yttrium, Holmium (Ho), Lutetium (Lu), Erbium (Er), Dysprosium (Dy), Terbium (Tb), and Thulium (Tm); a ligand Cp* bound to the central metal and including a substituted or unsubstituted cyclopentadienyl derivative; at least one of monoanionic ligands Q 1 and Q 2 is a substituted benzyl group; w neutral Lewis base L; and an ionic compound composed of a non-ligand anion and a cation: where w represents an integer of 0 to 3.
A method for synchronizing a set of objects between a first node and a second node of a plurality of nodes communicatively coupled via one or more networks in a multi-master synchronization environment, comprising: for a given data scope, exchanging synchronization knowledge between the first node and the second node for a set of objects being represented on both nodes, wherein synchronization knowledge of the first node and the second node includes synchronization metadata representing corresponding versions for the objects of the set of objects represented on the first node and second node, respectively, and wherein representation of the synchronization knowledge is independent of data type; based on the synchronization knowledge exchange, receiving, by the first node or the second node whichever is a receiving node from the other node, an object of the set of objects having a first transform applied to the object that is different than a second transform applied to the corresponding object represented on the receiving node and recognizing that the first transform is of different quality than the second transform; and updating the synchronization metadata of the receiving node to include quality metadata that indicates knowledge by the receiving node of the version of the object with the first transform applied and knowledge of the version of the object with the second transform applied. for a given data scope, exchanging synchronization knowledge between the first node and the second node for a set of objects being represented on both nodes, wherein synchronization knowledge of the first node and the second node includes synchronization metadata representing corresponding versions for the objects of the set of objects represented on the first node and second node, respectively, and wherein representation of the synchronization knowledge is independent of data type; based on the synchronization knowledge exchange, receiving, by the first node or the second node whichever is a receiving node from the other node, an object of the set of objects having a first transform applied to the object that is different than a second transform applied to the corresponding object represented on the receiving node and recognizing that the first transform is of different quality than the second transform; and updating the synchronization metadata of the receiving node to include quality metadata that indicates knowledge by the receiving node of the version of the object with the first transform applied and knowledge of the version of the object with the second transform applied.
Hose coupling device for coupling a hose (53a; 53b) containing a compressed air line to a machine port of a pneumatic hand-operated machine tool, wherein the machine port comprises a machine compressed air inlet for the compressed air supply of a pneumatic motor of the hand-operated machine tool and a machine exhaust air outlet for exhaust air flowing away from the pneumatic motor, wherein the hose coupling device (50a; 50b) comprises a coupling housing (60a; 60b) with holding means, which can be brought into engagement with mating holding means of the machine port, so that a compressed air connection of the hose coupling device (50a; 50b), which communicates with the compressed air line via a compressed air passage, is connected to the machine compressed air inlet of the machine port, wherein the coupling housing (60a; 60b) is provided with an exhaust air passage (71 a; 71b) with an exhaust air opening (72a; 72b) and an exhaust air inlet, which is in flow-connection with the machine exhaust air outlet when the hose coupling device (50a; 50b) is connected to the machine port, characterised in that it comprises a dust air lock (73b, 73c) or a dust air passage for a machine dust air outlet of the machine port provided for removing dust-loaded dust air from the hand-operated machine tool, wherein the dust air lock (73b, 73c) or a dust air inlet of the dust air passage is located in front of the machine dust air outlet of the machine port when the hose coupling device (50a; 50b) is connected to the machine port.
A method executed by a client device, comprising: - generating a request for a compressed neural network, wherein the generating request comprises at least an indication of an original neural network for a certain task, and including into the request the following requirements a description of a task of the neural network; a desired performance of the compressed neural network executing the task, wherein the desired performance of the compressed neural network is defined by a compression ratio and a deterioration level, where the compression ratio is specified according to computational resources of the client device, and wherein the used compression method is at least one of the following: a weight quantization, lossless source coding, pruning, singular value decomposition, filter selection, or structure design; - sending the request to a server; - receiving from the server a response comprising at least an identification for accessing at least one compressed neural network, said compressed neural network having been generated by the server with respect to an original neural network according to said requirements; and - obtaining the compressed neural network by means of said identification, and - running the compressed neural network to perform the task. - generating a request for a compressed neural network, wherein the generating request comprises at least an indication of an original neural network for a certain task, and including into the request the following requirements a description of a task of the neural network; a desired performance of the compressed neural network executing the task, wherein the desired performance of the compressed neural network is defined by a compression ratio and a deterioration level, where the compression ratio is specified according to computational resources of the client device, and wherein the used compression method is at least one of the following: a weight quantization, lossless source coding, pruning, singular value decomposition, filter selection, or structure design; a description of a task of the neural network; a desired performance of the compressed neural network executing the task, wherein the desired performance of the compressed neural network is defined by a compression ratio and a deterioration level, where the compression ratio is specified according to computational resources of the client device, and wherein the used compression method is at least one of the following: a weight quantization, lossless source coding, pruning, singular value decomposition, filter selection, or structure design; - sending the request to a server; - receiving from the server a response comprising at least an identification for accessing at least one compressed neural network, said compressed neural network having been generated by the server with respect to an original neural network according to said requirements; and - obtaining the compressed neural network by means of said identification, and - running the compressed neural network to perform the task.
A process of forming methoxymelonal comprising the steps of subjecting methoxy citronellene to ozonolysis, followed by a reductive work-up to give methoxymelonal, and the synthesis is set out in the scheme below:
Disc brake, in particular for a motor vehicle, comprising - an application device, - a brake calliper encompassing a brake disc, - an adapter with guide faces which lie opposite one another in the circumferential direction of the brake disc, - in each case at least one brake pad with a backing plate and at least one friction lining being guided displaceably parallel to a rotational axis of the brake disc between the guide faces on the application side and on the rear side of the brake disc, and being capable of actuation by an application force, - and further comprising at least one restoring device with at least two restoring elements (9, 9', 9"), which supports at least the rear brake pad with the backing plate on the adapter, the restoring elements (9, 9', 9") being mounted on the backing plate of at least the rear brake pad and guided displaceably parallel to the rotational axis of the brake disc, characterised in that the restoring elements (9, 9', 9") are configured as sleeves which are mounted in receptacle holes of the backing plate such that they can be displaced parallel to the rotational axis of the brake disc, from which sleeves in each case one restoring head (94, 94") which can be restored elastically counter to a predefined force protrudes toward the brake disc, which restoring head (94, 94") can be supported on a supporting face which protrudes from the guide faces in the circumferential direction of the brake disc. - an application device, - a brake calliper encompassing a brake disc, - an adapter with guide faces which lie opposite one another in the circumferential direction of the brake disc, - in each case at least one brake pad with a backing plate and at least one friction lining being guided displaceably parallel to a rotational axis of the brake disc between the guide faces on the application side and on the rear side of the brake disc, and being capable of actuation by an application force, - and further comprising at least one restoring device with at least two restoring elements (9, 9', 9"), which supports at least the rear brake pad with the backing plate on the adapter, the restoring elements (9, 9', 9") being mounted on the backing plate of at least the rear brake pad and guided displaceably parallel to the rotational axis of the brake disc,
A push button safety injector comprising: a housing having a proximal end, a distal end spaced from the proximal end, and a longitudinal axis; an injection ram positioned along the longitudinal axis and configured to actuate a fluid chamber, the injection ram being biased toward the distal end in an initial position; a sliding member retaining the injection ram in the initial position and configured to perform a sliding movement in a radial direction and a button configured to move the sliding member radially, wherein the sliding member releases the injection ram when the button is in a depressed position characterized by a safety member confining radial movement of the sliding member in the initial position and allowing radial movement of the sliding member when the safety member is in an armed position, wherein the button is moveable in an axial direction between an initial extended position and the depressed position and engageable with the sliding member by a sliding contact of corresponding ramped surfaces (110B, 114B). a housing having a proximal end, a distal end spaced from the proximal end, and a longitudinal axis; an injection ram positioned along the longitudinal axis and configured to actuate a fluid chamber, the injection ram being biased toward the distal end in an initial position; a sliding member retaining the injection ram in the initial position and configured to perform a sliding movement in a radial direction and a button configured to move the sliding member radially, wherein the sliding member releases the injection ram when the button is in a depressed position characterized by a safety member confining radial movement of the sliding member in the initial position and allowing radial movement of the sliding member when the safety member is in an armed position, wherein the button is moveable in an axial direction between an initial extended position and the depressed position and engageable with the sliding member by a sliding contact of corresponding ramped surfaces (110B, 114B).
An injection system including a longitudinal barrel, a distally projecting tip provided with a fluid passageway extending therethrough, a distal surface and a lateral surface, wherein said injection system further comprises a tip cap assembly adapted to close the fluid passageway of the distally projecting tip of the injection system, said tip cap assembly comprising: - an elastomeric inner cap having a frustoconical protrusion extending proximally, said frustoconical protrusion having a proximal face, - a rigid outer cap which is or can be securely disposed around said elastomeric inner cap, characterized in that the proximal face of the frustoconical protrusion having a diameter greater than the diameter of the fluid passageway of the injection system. - an elastomeric inner cap having a frustoconical protrusion extending proximally, said frustoconical protrusion having a proximal face, - a rigid outer cap which is or can be securely disposed around said elastomeric inner cap,
A vacuum pump comprising a shaft, a first and a second radial bearing and a pump system, wherein the radial bearings comprise dynamic gas bearings (30, 40) and wherein the pump system is arranged between the gas bearings (30, 40) and has two pump sections (61, 62) which are designed such that they each convey in the direction of one of the gas bearings, characterized in that no sealant is provided between the pump system and the gas bearings (30, 40) respectively.
Valve-actuating device, comprising a manual operating element and a valve which can be actuated by means of the manual operating element, wherein a control element is operatively connected to the manual operating element, wherein the valve can be actuated by a distal end of the control element, and a compensating device is arranged in operative connection between the control element and the manual operating element, which compensating device has a plunger, which is movably guided in a receptacle, and allows a relative movement of the manual operating element with respect to the control element, and wherein a restoring element is present which counters the relative movement with a restoring force, wherein an adjusting device is formed by means of which a maximum distance between a valve seat of the valve and the distal end of the control element can be adjusted, characterized in that, by means of the adjusting device, a distance between the receptacle of the compensating device and the manual operating element can be changed.