mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic tool changer comprising: a tool storage magazine for storing a tool (TA, TB) to be attached to a main spindle of a machine tool ; a tool changer magazine that is capable of rotating, the tool changer magazine being for performing tool replacement with respect to the main spindle , and with respect to the tool storage magazine ; a cover for partitioning a machining area where the tool changer magazine performs tool replacement with respect to the main spindle , and a non-machining area where the tool changer magazine performs tool replacement with respect to the tool storage magazine ; and an opening , provided at the cover , for enabling transfer of a tool (TA, TB) between the tool changer magazine and the main spindle ; characterized in that an opening/closing member for opening/closing the opening by turning in synchronization with rotation of the tool changer magazine , wherein the opening/closing member includes a plate section for partitioning the machining area and the non-machining area at a position of the opening , the plate section closes the opening by taking a horizontal posture or a vertical posture, in a case where the tool changer magazine performs tool replacement with respect to the tool storage magazine , and the plate section opens the opening by changing a posture from the horizontal posture to an inclined posture or the vertical posture, or from the vertical posture to the inclined posture or the horizontal posture, in a case where the tool changer magazine performs tool replacement with respect to the main spindle . a tool storage magazine for storing a tool (TA, TB) to be attached to a main spindle of a machine tool ; a tool changer magazine that is capable of rotating, the tool changer magazine being for performing tool replacement with respect to the main spindle , and with respect to the tool storage magazine ; a cover for partitioning a machining area where the tool changer magazine performs tool replacement with respect to the main spindle , and a non-machining area where the tool changer magazine performs tool replacement with respect to the tool storage magazine ; and an opening , provided at the cover , for enabling transfer of a tool (TA, TB) between the tool changer magazine and the main spindle ; characterized in that an opening/closing member for opening/closing the opening by turning in synchronization with rotation of the tool changer magazine , wherein the opening/closing member includes a plate section for partitioning the machining area and the non-machining area at a position of the opening , the plate section closes the opening by taking a horizontal posture or a vertical posture, in a case where the tool changer magazine performs tool replacement with respect to the tool storage magazine , and the plate section opens the opening by changing a posture from the horizontal posture to an inclined posture or the vertical posture, or from the vertical posture to the inclined posture or the horizontal posture, in a case where the tool changer magazine performs tool replacement with respect to the main spindle .
A process for reducing the concentration of perchlorate in an aqueous concentrated multi-component salt solution comprising mainly sodium chlorate, the process comprising treating said salt solution with an amphoteric resin to provide an adsorbed perchlorate and multi anion-containing resin and a perchlorate-depleted solution; and removing said perchlorate depleted solution, wherein said amphoteric resin is a snake-in-a-cage type resin or a betaine type resin.
A gas turbine engine comprising: an engine case ; an engine starter air duct ; a high pressure compressor section having a plenum ; a core flow-path (C); and a cooling system comprising a valve system located radially outward from the engine case , and being coupled between the engine starter air duct and the engine case , the valve system having an actuation device configured to open and/or close a valve in response to a command from an electronic engine controller , wherein cooling air from the engine starter air duct can pass through the valve system , enter the engine case into the high pressure compressor plenum , and then enter the core flow-path (C), when the valve system is in an open position, and wherein the valve is actuated using a pressure of the cooling air located upstream from the valve system . an engine case ; an engine starter air duct ; a high pressure compressor section having a plenum ; a core flow-path (C); and a cooling system comprising a valve system located radially outward from the engine case , and being coupled between the engine starter air duct and the engine case , the valve system having an actuation device configured to open and/or close a valve in response to a command from an electronic engine controller , wherein cooling air from the engine starter air duct can pass through the valve system , enter the engine case into the high pressure compressor plenum , and then enter the core flow-path (C), when the valve system is in an open position, and wherein the valve is actuated using a pressure of the cooling air located upstream from the valve system .
A composition of matter comprising: a graphitic substrate optionally carried on a support; a seed layer formed from a single metallic element or a layer of oxidised or nitridized single metallic element having a thickness of no more than 50 nm deposited directly on top of said substrate, opposite any support; and an oxide or nitride masking layer directly on top of said seed layer wherein the masking layer is formed of a different material to the seed layer; wherein a plurality of holes are present through said seed layer and through said masking layer to said graphitic substrate; and wherein a plurality of nanowires or nanopyramids are grown from said substrate in said holes, said nanowires or nanopyramids comprising at least one semiconducting group III-V compound. a graphitic substrate optionally carried on a support; a seed layer formed from a single metallic element or a layer of oxidised or nitridized single metallic element having a thickness of no more than 50 nm deposited directly on top of said substrate, opposite any support; and an oxide or nitride masking layer directly on top of said seed layer wherein the masking layer is formed of a different material to the seed layer; wherein a plurality of holes are present through said seed layer and through said masking layer to said graphitic substrate; and wherein a plurality of nanowires or nanopyramids are grown from said substrate in said holes, said nanowires or nanopyramids comprising at least one semiconducting group III-V compound.
A method, for use in a user equipment, for processing a downlink control channel sent as a bundled transmission over a bundle of subframes, the method comprising: receiving the downlink control channel; characterized by determining how to perform rate matching for the downlink control channel in different subframes of the bundle of subframes; and based at least in part on the determination: either performing rate matching separately for each subframe in the bundle of subframes; or performing rate matching jointly for each subframe in the bundle of subframes. receiving the downlink control channel; characterized by determining how to perform rate matching for the downlink control channel in different subframes of the bundle of subframes; and based at least in part on the determination: either performing rate matching separately for each subframe in the bundle of subframes; or performing rate matching jointly for each subframe in the bundle of subframes. either performing rate matching separately for each subframe in the bundle of subframes; or performing rate matching jointly for each subframe in the bundle of subframes.
A pressing method for pressing ceramic slabs or tiles, wherein the pressing takes place through a press (P) structured to press a maximum format (F) comprising the following steps: spreading a layer of granular or powdered material on a pressing plane , wherein the layer comprises at least a first zone , made of a granular or powdered primary material, which has an area and border smaller than the maximum format (F), and at least a second zone . made of a granular or powdered secondary material, different from the primary material, which has an area and border and fills the differences between the maximum format (F) and the reduced format defined by the first zone , so that the total area and border provided by the area and border of the first zone and the second zone substantially correspond to the area and border of the maximum format (F) for which the press is structured (P); pressing the layer using a press (P); separating at least a main portion of the first zone from the second zone . spreading a layer of granular or powdered material on a pressing plane , wherein the layer comprises at least a first zone , made of a granular or powdered primary material, which has an area and border smaller than the maximum format (F), and at least a second zone . made of a granular or powdered secondary material, different from the primary material, which has an area and border and fills the differences between the maximum format (F) and the reduced format defined by the first zone , so that the total area and border provided by the area and border of the first zone and the second zone substantially correspond to the area and border of the maximum format (F) for which the press is structured (P); pressing the layer using a press (P); separating at least a main portion of the first zone from the second zone .
A method of channel listening, comprising: determining, by a transmitting device , a channel listening type based on indication information, wherein the channel listening type comprises at least one of omni-directional channel listening, directional channel listening, and channel listening free; and performing, by the transmitting device , channel occupancy for New Radio unlicensed, NR-U, communication according to the channel listening type; the method is characterized in that the indication information is carried in system information and downlink control information, DCI, for uplink authorization. determining, by a transmitting device , a channel listening type based on indication information, wherein the channel listening type comprises at least one of omni-directional channel listening, directional channel listening, and channel listening free; and performing, by the transmitting device , channel occupancy for New Radio unlicensed, NR-U, communication according to the channel listening type; the method is characterized in that the indication information is carried in system information and downlink control information, DCI, for uplink authorization.
A method of manufacturing decorative panels including the steps: - feeding a web-substrate along a feeding path in a web-fed inkjet printer; - printing a decoration layer on said substrate by said printer; - forming an assembly of layers by applying one or more other layers on said printed substrate and/or applying said printed substrate on one or more other layers; - pressing said assembly for bounding the layers of said assembly to form a decorative panel; and - during the feeding, controlling tension of said substrate for avoiding one or more wrinkles in said substrate; wherein said controlling step is performed by a dancer unit within the feeding path , wherein said dancer unit includes a dancer roll , having - a shaft which is positioned parallel to a first direction, which is lateral of said fed substrate; and - having a connector on both side ends of said shaft wherein both connectors are connected to a pair of parallel guiders for floating said roll along a floating path which is perpendicular to said first direction; and wherein the step of controlling comprises: - moving one guider of said pair of guiders parallel to said floating path for tilting said shaft where said shaft is connected to said moving guider . - feeding a web-substrate along a feeding path in a web-fed inkjet printer; - printing a decoration layer on said substrate by said printer; - forming an assembly of layers by applying one or more other layers on said printed substrate and/or applying said printed substrate on one or more other layers; - pressing said assembly for bounding the layers of said assembly to form a decorative panel; and - during the feeding, controlling tension of said substrate for avoiding one or more wrinkles in said substrate; wherein said controlling step is performed by a dancer unit within the feeding path , wherein said dancer unit includes a dancer roll , having - a shaft which is positioned parallel to a first direction, which is lateral of said fed substrate; and - having a connector on both side ends of said shaft wherein both connectors are connected to a pair of parallel guiders for floating said roll along a floating path which is perpendicular to said first direction; and - moving one guider of said pair of guiders parallel to said floating path for tilting said shaft where said shaft is connected to said moving guider .
An RFID reader pet door, the pet door comprising: an RFID reader to read a sub-dermal RFID chip tag in a pet; and a lock coupled to said RFID reader to control access through said pet door in response to an RFID signal from said sub-dermal RFID chip tag; wherein said pet door includes a tunnel through which said pet must pass to pass through the pet door, said tunnel housing an access control flap at one end; and wherein said flap is at an inside end of said tunnel when said pet door is mounted in a door or wall; wherein said lock comprises a controllable stop such that when locked said stop inhibits motion of said flap to inhibit entry of a said pet, when unlocked said stop is displaced such that a said pet can gain entry via said flap and such that when unlocked and when locked a pet can exit through said flap; wherein said RFID reader includes a loop antenna formed around said tunnel; and wherein the RFID reader is configured to use said antenna to, when a said pet bearing a said sub-dermal RFID chip tag in its forequarters inserts its head into said tunnel from an outside end of said tunnel towards said flap, read said sub-dermal RFID chip tag and is configured to unlock said lock dependent on the sub-dermal RFID chip tag read, wherein said loop antenna comprises a single layer of insulated wire turns around said tunnel and wherein turns of said loop antenna have gaps between them, said gaps comprising insulation of said insulated wire. an RFID reader to read a sub-dermal RFID chip tag in a pet; and a lock coupled to said RFID reader to control access through said pet door in response to an RFID signal from said sub-dermal RFID chip tag; wherein said pet door includes a tunnel through which said pet must pass to pass through the pet door, said tunnel housing an access control flap at one end; and wherein said flap is at an inside end of said tunnel when said pet door is mounted in a door or wall; wherein said lock comprises a controllable stop such that when locked said stop inhibits motion of said flap to inhibit entry of a said pet, when unlocked said stop is displaced such that a said pet can gain entry via said flap and such that when unlocked and when locked a pet can exit through said flap; wherein said RFID reader includes a loop antenna formed around said tunnel; and wherein the RFID reader is configured to use said antenna to, when a said pet bearing a said sub-dermal RFID chip tag in its forequarters inserts its head into said tunnel from an outside end of said tunnel towards said flap, read said sub-dermal RFID chip tag and is configured to unlock said lock dependent on the sub-dermal RFID chip tag read, wherein said loop antenna comprises a single layer of insulated wire turns around said tunnel and wherein turns of said loop antenna have gaps between them, said gaps comprising insulation of said insulated wire.
A method for mapping, in an LTE or LTE-A system, a search space of an enhanced physical downlink control channel transmitted in a physical downlink shared channel region, comprising: determining a search space allocated to the enhanced physical downlink control channel according to a resource allocation scheme; mapping each of candidates of the enhanced physical downlink control channel onto a time frequency resource of the search space according to a predefined interval; and wherein the method further comprises mapping an enhanced control channel element contained in each candidate of the enhanced physical downlink control channel onto subcarriers within the same resource block or subcarriers within adjacent resource blocks. determining a search space allocated to the enhanced physical downlink control channel according to a resource allocation scheme; mapping each of candidates of the enhanced physical downlink control channel onto a time frequency resource of the search space according to a predefined interval; and wherein the method further comprises mapping an enhanced control channel element contained in each candidate of the enhanced physical downlink control channel onto subcarriers within the same resource block or subcarriers within adjacent resource blocks.
Device for regulating an air stream for an air inlet of a front face module of a motor vehicle, comprising a support frame in which is installed a plurality of shut-off flaps pivoting between a closed position and an open position, characterized in that the regulating device comprises a recess intended to receive an electronic detection component , the recess being defined by a housing comprising a hollow space in which the electronic detection component is contained.
A computer-implemented method of applying a first function to data elements in a first data set, the method comprising using multiparty computation techniques for: (i) determining whether each data element in the first data set satisfies a criterion, wherein the criterion is satisfied only if the result of applying the first function to the data element is equal to the result of applying a second function to the data element, characterised in that the second function is relatively easy to compute as part of a multiparty computation and characterised in that the method further comprises the steps of: (ii) forming a compressed data set comprising the data elements in the first data set that do not satisfy the criterion; (iii) applying the first function to each data element in the compressed data set, and applying the second function at least to each data element in the first data set that is not in the compressed data set; and (iv) forming an output based on the results of step (iii). (i) determining whether each data element in the first data set satisfies a criterion, wherein the criterion is satisfied only if the result of applying the first function to the data element is equal to the result of applying a second function to the data element, (ii) forming a compressed data set comprising the data elements in the first data set that do not satisfy the criterion; (iii) applying the first function to each data element in the compressed data set, and applying the second function at least to each data element in the first data set that is not in the compressed data set; and (iv) forming an output based on the results of step (iii).
A hot-air fan , comprising - a fan device for generating an air flow (LS), - a heating device for heating the air flow (LS), and - a control unit connected to the fan device and to the heating device which is designed to control the fan device in such a manner that, when the heating device is switched on, the fan device generates a starting air flow that is reduced to an operating air flow, characterized in that the control device controls the fan device in such a manner that the air volume (Q) of the air flow (LS), beginning with an air volume (Q1) of the starting air flow, is incrementally increased with at least one step or gradually to an air volume (Q2) of the operating air flow, and wherein the control device controls the heating device in such a manner that the heating device generates a constant heating power (P1). - a fan device for generating an air flow (LS), - a heating device for heating the air flow (LS), and - a control unit connected to the fan device and to the heating device which is designed to control the fan device in such a manner that, when the heating device is switched on, the fan device generates a starting air flow that is reduced to an operating air flow, characterized in that the control device controls the fan device in such a manner that the air volume (Q) of the air flow (LS), beginning with an air volume (Q1) of the starting air flow, is incrementally increased with at least one step or gradually to an air volume (Q2) of the operating air flow, and wherein the control device controls the heating device in such a manner that the heating device generates a constant heating power (P1).
A valve seat configured to be disposed below a valve ball , comprising an annular member having in a center thereof a hole section forming a flow path through which a transfer fluid flows, wherein, the valve seat is arranged so that a central axis (P) of the hole section is set in an up-and-down direction, and comprises a seating surface which is configured to provide a seat for the valve ball and which is connected to an upper end of the hole section and which is configured to fit to an external shape of the valve ball to form a complete seal, and a lower end surface connecting to the lower end of the hole section , and wherein, the hole section is formed in a predetermined shape so that a horizontal distance (L) from the central axis (P) to an inner circumferential surface of the hole section is not constant over an entire circumference of the inner circumferential surface of the hole section .
Process for the production of a rolled-up component where at least two mutually superposed functional and insulation layers are applied to a substrate with a sacrificial layer, and then the sacrificial layer is entirely or to some extent removed and the layer stack is rolled up, characterized in that at least the functional or insulation layer that is arranged directly on the sacrificial layer has a perforation at least at the two sides that are in essence arranged parallel to the direction of roll, and the removal, entirely or to some extent, of the sacrificial layer causes automatic roll-up of the layer stack, where the perforation provides a preferential location for fracture.