mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: performing, at one or more computing devices : determining, by a job scheduler , that a set of resources activated on behalf of a client (C1, C2) is insufficient to execute a plurality of jobs of the client; preparing, by a job scheduler , a multi-dimensional statistical representation of resource requirements corresponding to at least a subset of the plurality of jobs in response to determining that the set of resources activated on behalf of the client is insufficient to execute the plurality of jobs, wherein a first dimension of the statistical representation corresponds to a statistical distribution of processing requirements of the plurality of jobs, and wherein a second dimension of the statistical representation corresponds to a statistical distribution of memory requirements of the plurality of jobs; determining, at a resource controller , based at least in part on a constraint indicated by the client (C1, C2), and based at least in part on the multi-dimensional statistical representation, that one or more resources are to be activated for the plurality of jobs; and causing, by the resource controller, an activation of the one or more resources. determining, by a job scheduler , that a set of resources activated on behalf of a client (C1, C2) is insufficient to execute a plurality of jobs of the client; preparing, by a job scheduler , a multi-dimensional statistical representation of resource requirements corresponding to at least a subset of the plurality of jobs in response to determining that the set of resources activated on behalf of the client is insufficient to execute the plurality of jobs, wherein a first dimension of the statistical representation corresponds to a statistical distribution of processing requirements of the plurality of jobs, and wherein a second dimension of the statistical representation corresponds to a statistical distribution of memory requirements of the plurality of jobs; determining, at a resource controller , based at least in part on a constraint indicated by the client (C1, C2), and based at least in part on the multi-dimensional statistical representation, that one or more resources are to be activated for the plurality of jobs; and causing, by the resource controller, an activation of the one or more resources.
Polybutadiene comprising the monomer units derived from 1,3-butadiene and characterized in that the proportion of units of the formula (A) in the entirety of the monomer units derived from 1,3-butadiene present in the polybutadiene is 25 to 75 mole percent, the proportion of units of the formula (B) in the entirety of the monomer units derived from 1,3-butadiene present in the polybutadiene is 0 to 10 mole percent and the proportion of units of the formula (C) in the entirety of the monomer units derived from 1,3-butadiene present in the polybutadiene is 25 to 75 mole percent, with the proviso that the entirety of the monomer units (A), (B) and (C) add up to 100 mole percent, and the polybutadiene has a number-average molar mass of 1000 to 3000 g/mol.
A method of cargo security control comprising: - forming a watchdog circuit of a control element that runs through eyelets in a secured cargo item, as well as through primary and secondary toroidal-core induction coils arranged with a gap between them, - inducing of a monitored signal in the primary induction coil by means of an electromagnetic pulse signal generator , the monitored signal inducing electromotive force (EMF) in the secondary induction coil , - subsequent monitoring of value of the monitored signal in the secondary coil by a monitoring device comprising a converter , a threshold device made in the form of an analog-to-digital converter, an actuator and a microprocessor connected in series, and - sending of data for the monitored signal over a wireless channel by an electronic transmitting module, characterized by that - placing the induction coils (2 and 3) in a casing of the monitoring device, and - using as the watchdog circuit a closed loop of an elongated current-conducting flexible control element of a replaceable mechanical seal placed in a socket in the casing of the monitoring device. - forming a watchdog circuit of a control element that runs through eyelets in a secured cargo item, as well as through primary and secondary toroidal-core induction coils arranged with a gap between them, - inducing of a monitored signal in the primary induction coil by means of an electromagnetic pulse signal generator , the monitored signal inducing electromotive force (EMF) in the secondary induction coil , - subsequent monitoring of value of the monitored signal in the secondary coil by a monitoring device comprising a converter , a threshold device made in the form of an analog-to-digital converter, an actuator and a microprocessor connected in series, and - sending of data for the monitored signal over a wireless channel by an electronic transmitting module, characterized by that - placing the induction coils (2 and 3) in a casing of the monitoring device, and - using as the watchdog circuit a closed loop of an elongated current-conducting flexible control element of a replaceable mechanical seal placed in a socket in the casing of the monitoring device.
A drive member for a vehicle differential locking mechanism, wherein the drive member is movable in response to a magnetic field, the drive member being movable between a first position and a second position, and the drive member having an axis , characterized in that the drive member includes a first body formed at least partially from a first material that is magnetically responsive, a second body formed at least partially from a second material that is not magnetically responsive and a third body that defines a radially inner surface of the drive member , wherein the first body , second body and third body are coupled together with the third body being formed from a material having a lower coefficient of thermal expansion than the second body .
An apparatus , comprising: memory to store instructions; and processing circuitry , coupled to the memory, operable to execute the instructions, that when executed, cause the processing circuitry to: receive an inference model for execution; convert the inference model to a computational graph; identify one or more operations from the computational graph; determine whether a computational cost associated with each of the one or more operations is stored in at least one data storage device; and partition the computational graph based on a determination that the computational cost for each of the one or more operations is stored in the at least one data storage device, or profile the computational graph based on a determination that the computational cost for each of the one or more operations is not stored in the at least one data storage device. memory to store instructions; and processing circuitry , coupled to the memory, operable to execute the instructions, that when executed, cause the processing circuitry to: receive an inference model for execution; convert the inference model to a computational graph; identify one or more operations from the computational graph; determine whether a computational cost associated with each of the one or more operations is stored in at least one data storage device; and partition the computational graph based on a determination that the computational cost for each of the one or more operations is stored in the at least one data storage device, or profile the computational graph based on a determination that the computational cost for each of the one or more operations is not stored in the at least one data storage device. receive an inference model for execution; convert the inference model to a computational graph; identify one or more operations from the computational graph; determine whether a computational cost associated with each of the one or more operations is stored in at least one data storage device; and partition the computational graph based on a determination that the computational cost for each of the one or more operations is stored in the at least one data storage device, or profile the computational graph based on a determination that the computational cost for each of the one or more operations is not stored in the at least one data storage device.
Reinforced removable thermal insulation (ASTI) containing heat-insulating blocks of a modular removable thermal insulation (BSTI) connected closely together by longitudinal side walls and casings made of stainless steel and filled with thermal insulating material wherein the casings are made in form of a connection comprising a strong reinforcing frame grid and thin-walled stainless steel cladding sheet ,thus forming a block of the ASTI, wherein the reinforcing frame grid can be made with triangular, rectangular, pentagonal and hexagonal cell blocks, characterized in that the ASTI blocks are attached to each other by means of snap-locks installed in the corner intersections of outer and inner bases of mating ASTI blocks, and comprising portable grips and stationary grips retainer hooks placed inside the ASTI blocks, the grips are made in the form of curved flexible and elastic compressible plates of the grip , each retainer hook is made in the form of stamped walls fixed to the frame of the block with stiffeners and a stainless plate , retainer hook walls form shutters with the plane mutually contacting when docking with the surface of the elastic compressible plates of the grip with a rounding placed coaxially to a line of joints of corners of the block's lateral walls, and the grips are interconnected by a ring spring which is attached to the elastic compressible plates of the grip and connects them symmetrically to the axis of symmetry of the grips to form a compensated flexible interference.
A controller for a thermo-electric cooler , the controller comprising: a current source for providing current for driving said thermo-electric cooler; a plurality of voltage supply connections for providing a plurality of different voltages for driving current controlled by said current source through said thermo-electric cooler; and voltage selection circuitry for selecting a voltage from said plurality of different voltages, when connected, and for applying the voltage selected to said thermo-electric cooler; wherein, when selecting said voltage from said plurality of different voltages, said voltage selection circuitry is configured to select the voltage that, when compared to the other voltages of said plurality of voltages, minimises a potential difference across said current source. a current source for providing current for driving said thermo-electric cooler; a plurality of voltage supply connections for providing a plurality of different voltages for driving current controlled by said current source through said thermo-electric cooler; and voltage selection circuitry for selecting a voltage from said plurality of different voltages, when connected, and for applying the voltage selected to said thermo-electric cooler; wherein, when selecting said voltage from said plurality of different voltages, said voltage selection circuitry is configured to select the voltage that, when compared to the other voltages of said plurality of voltages, minimises a potential difference across said current source.
A vena cava filter , comprising at least two anchoring branches for anchoring the filter in the wall of the blood vessel, the anchoring branches including a fixed end and a free end , the fixed ends of the anchoring branches being attached to each other, each of the anchoring branches comprising an anti-transfixion protection , the free ends terminating in a hook oriented outwards, the anti-transfixion protection being a loop having an equivalent diameter comprised between 990 and 1,210 μm and the anti-transfixion protection being made on the anchoring branch proximate to the hook. the free ends terminating in a hook oriented outwards, the anti-transfixion protection being a loop having an equivalent diameter comprised between 990 and 1,210 μm and the anti-transfixion protection being made on the anchoring branch proximate to the hook.
Method for displaying the position of an impact point of a directed-energy weapon comprising an effective beam optical system and an imaging optical system , the imaging optical system and the effective beam optical system being arranged in a housing which has an effective beam exit opening , allowing radiation to exit the housing and radiation to enter the housing , and has a reflective optical auxiliary element , and an emission of primary radiation of the directed-energy weapon to be focused and directed by the effective beam optical system being triggered as an effective beam or as an auxiliary beam that is collinear with the effective beam, and radiation emanating from an object irradiated with the effective beam or auxiliary beam being detected by the imaging optical system and directed onto a first camera of a screen , a beam bundle cross section of an effective beam or auxiliary beam emerging from the directed-energy weapon being covered by the optical auxiliary element reflecting the effective beam or auxiliary beam, a reflective side of the reflective optical auxiliary element being arranged on a side of the reflective optical auxiliary element which faces the interior of the housing , the effective beam or the auxiliary beam being triggered when the beam bundle cross section is covered, and primary radiation of the effective beam or the auxiliary beam, which primary radiation is reflected by the reflective optical auxiliary element , is detected by the imaging optical system and directed onto a spot on the camera , which spot is displayed as an impact point on the screen , characterized in that when carrying out the method, the reflective optical auxiliary element is fastened to an edge of the effective beam exit opening in the form of a cover which light-tightly closes the effective beam exit opening , or in that the reflective optical auxiliary element is a sliding closure or a closure that swings away to the side, each of which is constructed in such a way that the effective beam exit opening is light-tightly closed when the method is carried out; and in that when the method is carried out, the housing is light-tightly closed so that no primary radiation in the form of an effective beam or auxiliary beam is emitted into the environment.
A grommet comprising: a main body part that is fitted to a penetration hole penetrating an attachment target along an axial direction (X), stops water at the penetration hole , and has a wiring material (W) inserted thereinto along the axial direction (X); and a tubular part that is unified with the main body part so as to have a tubular shape, and has the wiring material (W) inserted thereinto along the axial direction (X), wherein the tubular part includes: a halved part that is formed to have a shape of a part of the tubular part in a circumferential direction; an open part where an inside of the tubular part is open at a position except a position where the halved part is formed in the circumferential direction; and an open/close part that is formed continuing from the halved part in the circumferential direction and is able to open and close the open part , wherein the open/close part is formed to have a halved shape corresponding to the open part . a main body part that is fitted to a penetration hole penetrating an attachment target along an axial direction (X), stops water at the penetration hole , and has a wiring material (W) inserted thereinto along the axial direction (X); and a tubular part that is unified with the main body part so as to have a tubular shape, and has the wiring material (W) inserted thereinto along the axial direction (X), wherein the tubular part includes: a halved part that is formed to have a shape of a part of the tubular part in a circumferential direction; an open part where an inside of the tubular part is open at a position except a position where the halved part is formed in the circumferential direction; and an open/close part that is formed continuing from the halved part in the circumferential direction and is able to open and close the open part , wherein the open/close part is formed to have a halved shape corresponding to the open part . a halved part that is formed to have a shape of a part of the tubular part in a circumferential direction; an open part where an inside of the tubular part is open at a position except a position where the halved part is formed in the circumferential direction; and an open/close part that is formed continuing from the halved part in the circumferential direction and is able to open and close the open part , wherein the open/close part is formed to have a halved shape corresponding to the open part .
An enzyme with chlorogenic acid esterase activity and feruloyl esterase activity comprising a sequence having SEQ ID NO: 22.
An illumination system, comprising: an elevation device that has a reel wire extending downwardly and that changes a length of the reel wire ; and an illumination device that is connected to the reel wire and that is elevated by a change of the length of the reel wire , wherein electric power is supplied from a power supply through the reel wire to the illumination device , the illumination device includes : a battery for receiving the electric power supplied via the reel wire to store the electric power; and a light-emitting element for receiving the electric power supplied through the reel wire and the electric power supplied from the battery to emit light, wherein the illumination system further comprises a control circuit for receiving the electric power supplied through the reel wire to allocate the received electric power to the light-emitting element or the battery , characterized in that the illumination device further includes a substrate including therein a hollow structure, and the battery and the control circuit are accommodated in the substrate . an elevation device that has a reel wire extending downwardly and that changes a length of the reel wire ; and an illumination device that is connected to the reel wire and that is elevated by a change of the length of the reel wire , wherein electric power is supplied from a power supply through the reel wire to the illumination device , the illumination device includes : a battery for receiving the electric power supplied via the reel wire to store the electric power; and a light-emitting element for receiving the electric power supplied through the reel wire and the electric power supplied from the battery to emit light, a battery for receiving the electric power supplied via the reel wire to store the electric power; and a light-emitting element for receiving the electric power supplied through the reel wire and the electric power supplied from the battery to emit light, wherein the illumination system further comprises a control circuit for receiving the electric power supplied through the reel wire to allocate the received electric power to the light-emitting element or the battery , characterized in that the illumination device further includes a substrate including therein a hollow structure, and the battery and the control circuit are accommodated in the substrate .
A system comprising: at least one processing unit ; and at least one memory storing computer executable instructions that, when executed by the at least one processing unit, cause the system to provide a user interface for a collaborative workspace environment , the user interface comprising: a first canvas associated with an entity provided by a service in the collaborative workspace environment; a set of commenting tools that enable comments to be provided about the entity; and a second canvas for displaying a representation of the entity and for providing a conversation area for the entity, wherein comments made in the first canvas are reflected in the conversation area of the second canvas and wherein comments made in the conversation area of the second canvas are reflected in the first canvas. at least one processing unit ; and at least one memory storing computer executable instructions that, when executed by the at least one processing unit, cause the system to provide a user interface for a collaborative workspace environment , the user interface comprising: a first canvas associated with an entity provided by a service in the collaborative workspace environment; a set of commenting tools that enable comments to be provided about the entity; and a second canvas for displaying a representation of the entity and for providing a conversation area for the entity, wherein comments made in the first canvas are reflected in the conversation area of the second canvas and wherein comments made in the conversation area of the second canvas are reflected in the first canvas. a first canvas associated with an entity provided by a service in the collaborative workspace environment; a set of commenting tools that enable comments to be provided about the entity; and a second canvas for displaying a representation of the entity and for providing a conversation area for the entity, wherein comments made in the first canvas are reflected in the conversation area of the second canvas and wherein comments made in the conversation area of the second canvas are reflected in the first canvas.
A welding head, comprising a welding element for welding a lid to an opening device of a container , a supporting body for supporting the welding element and a compensating device for compensating a possible mutual mispositioning of the welding element and the lid during welding of the lid to the opening device, the compensating device being interposed between the supporting body and the welding element , characterized in that the compensating device comprises a planar spring arrangement provided with at least one planar spring element having a first member and a second member mutually connected by means of deformable elements .
An aerosol-generating system comprising: an acid source; and a nicotine source, wherein the nicotine source is an encapsulated nicotine source, and wherein the acid source is an encapsulated volatile liquid source comprising: a sorption element; a volatile liquid having a vapour pressure of at least about 20 Pa at 25°C sorbed on the sorption element, wherein the volatile liquid comprises a 2-oxo acid; and a sealant having a melting point of between about 40°C and about 120°C encapsulating the sorption element. an acid source; and a nicotine source, wherein the nicotine source is an encapsulated nicotine source, and wherein the acid source is an encapsulated volatile liquid source comprising: a sorption element; a volatile liquid having a vapour pressure of at least about 20 Pa at 25°C sorbed on the sorption element, wherein the volatile liquid comprises a 2-oxo acid; and a sealant having a melting point of between about 40°C and about 120°C encapsulating the sorption element. a sorption element; a volatile liquid having a vapour pressure of at least about 20 Pa at 25°C sorbed on the sorption element, wherein the volatile liquid comprises a 2-oxo acid; and a sealant having a melting point of between about 40°C and about 120°C encapsulating the sorption element.