mhurhangee/patent-ind-claim-en huggingface dataset:
A numerical control device for machining a machining object by moving a tool and the machining object relative to each other along a movement path while applying vibration, by use of drive axes provided for the tool or the machining object , the device comprising: a storage unit adapted to store data specifying an invalid frequency region , the invalid frequency region being a vibration frequency band that is to be avoided; and a vibration condition determining unit adapted to obtain a given rotational speed of a main shaft for rotating the machining object , a given number of vibrations to be applied per rotation of the main shaft, and a process period for generating a movement command to the drive axes, the process period being the minimum duration of time that can be controlled by the numerical control device , and adapted to change the rotational speed of the main shaft or the number of vibrations per rotation of the main shaft in such a way, that a frequency of the vibration to be applied avoids the invalid frequency region , based on the given rotational speed, the given number of vibrations, and the process period. a storage unit adapted to store data specifying an invalid frequency region , the invalid frequency region being a vibration frequency band that is to be avoided; and a vibration condition determining unit adapted to obtain a given rotational speed of a main shaft for rotating the machining object , a given number of vibrations to be applied per rotation of the main shaft, and a process period for generating a movement command to the drive axes, the process period being the minimum duration of time that can be controlled by the numerical control device , and adapted to change the rotational speed of the main shaft or the number of vibrations per rotation of the main shaft in such a way, that a frequency of the vibration to be applied avoids the invalid frequency region , based on the given rotational speed, the given number of vibrations, and the process period. adapted to obtain a given rotational speed of a main shaft for rotating the machining object , a given number of vibrations to be applied per rotation of the main shaft, and a process period for generating a movement command to the drive axes, the process period being the minimum duration of time that can be controlled by the numerical control device , and adapted to change the rotational speed of the main shaft or the number of vibrations per rotation of the main shaft in such a way, that a frequency of the vibration to be applied avoids the invalid frequency region , based on the given rotational speed, the given number of vibrations, and the process period.
An apparatus for a transmission device in a wireless communication system, the apparatus comprising a generator for generating a cancellation pulse (220, 420-1, 420-2, 520, 620, 920-1, 920-2, 920-3, 920-4) corresponding to a peak component (110, 214, 414-1, 414-2, 414-3, 414-4, 914-1, 914-2, 914-3, 914-4) of a transmission signal, and a cancelling unit for attenuating the peak component (110, 214, 414-1, 414-2, 414-3, 414-4, 914-1, 914-2, 914-3, 914-4) by using the cancellation pulse (220, 420-1, 420-2, 520, 620, 920-1, 920-2, 920-3, 920-4), wherein the generator is adapted to generate a first part (502, 522, 622, 922-1, 922-2, 922-3, 922-4) which is a portion of the cancellation pulse (220, 420-1, 420-2, 520, 620, 920-1, 920-2, 920-3, 920-4), and to generate a second part (504, 524, 624, 924-1, 924-2, 924-3, 924,4) which is the remaining portions by using a symmetric property of a base waveform for the cancellation pulse (220, 420-1, 420-2, 520, 620, 920-1, 920-2, 920-3, 920-4), characterised in that the generator is further adapted to generate the second (504, 524, 624, 924-1, 924-2, 924-3, 924,4) part in a buffering unit that is comprising a plurality of memory banks being designed to simultaneously store a first part (502, 522, 622, 922-1, 922-2, 922-3, 922-4) of another cancellation pulse (220, 420-1, 420-2, 520, 620, 920-1, 920-2, 920-3, 920-4).
A method for analyzing the performance of a query optimizer of a customer computer (102_1), wherein the query optimizer translates a database query into a query plan to be executed on data stored in a database, the method comprising: identifying , by a collection module at the customer computer (102_1), an event trigger, wherein the event trigger comprises an occurrence of a query optimizer crash, the submission of a specified query to the customer computer (102_1), or a request for a reproduction object ; interrogating, by the collection module , software components of the query optimizer to populate a reproduction object characterizing operational parameters of the customer computer (102_1) at the time of the event trigger, the operational parameters comprising an input query, a query plan object, database schema information, database statistics and physical system data; transporting the reproduction object from the customer computer (102_1) to a test computer (104_1), wherein the test computer (104_1) comprises a query optimizer of a same or comparable software version as the query optimizer of the customer computer (102_1); and analyzing , by an analysis module of the test computer (104_1), the reproduction object to characterize the performance of the query optimizer , comprising: reading the reproduction object ; and replaying an optimization process associated with the reproduction object using the query optimizer of the same or comparable software version as the query optimizer of the customer computer (102_1). identifying , by a collection module at the customer computer (102_1), an event trigger, wherein the event trigger comprises an occurrence of a query optimizer crash, the submission of a specified query to the customer computer (102_1), or a request for a reproduction object ; interrogating, by the collection module , software components of the query optimizer to populate a reproduction object characterizing operational parameters of the customer computer (102_1) at the time of the event trigger, the operational parameters comprising an input query, a query plan object, database schema information, database statistics and physical system data; transporting the reproduction object from the customer computer (102_1) to a test computer (104_1), wherein the test computer (104_1) comprises a query optimizer of a same or comparable software version as the query optimizer of the customer computer (102_1); and analyzing , by an analysis module of the test computer (104_1), the reproduction object to characterize the performance of the query optimizer , comprising: reading the reproduction object ; and replaying an optimization process associated with the reproduction object using the query optimizer of the same or comparable software version as the query optimizer of the customer computer (102_1). reading the reproduction object ; and replaying an optimization process associated with the reproduction object using the query optimizer of the same or comparable software version as the query optimizer of the customer computer (102_1).
A shared armrest comprising: a stationary shaft ; a rotatable armrest pad; and a locking mechanism, wherein: the rotatable armrest pad defines a first superior surface and a second superior surface , the second superior surface being wider than the first superior surface; the rotatable armrest pad configured to rotate about the stationary shaft from a first configuration, where the first superior surface is disposed at a top of the shared armrest, to a second configuration, where the second superior surface is disposed at the top of the shared armrest; and the locking mechanism is configured to releasable retain the rotatable armrest pad in either the first configuration or the second configuration, and characterized by further comprising: at least one cam ; and at least one extendable divider , wherein: the at least one extendable divider is configured to translate radially through an opening defined by the second superior surface; and the at least one cam is configured to direct the radial translation of the extendable divider as the rotatable armrest pad is rotated. a stationary shaft ; a rotatable armrest pad; and a locking mechanism, wherein: the rotatable armrest pad defines a first superior surface and a second superior surface , the second superior surface being wider than the first superior surface; the rotatable armrest pad configured to rotate about the stationary shaft from a first configuration, where the first superior surface is disposed at a top of the shared armrest, to a second configuration, where the second superior surface is disposed at the top of the shared armrest; and the rotatable armrest pad defines a first superior surface and a second superior surface , the second superior surface being wider than the first superior surface; the rotatable armrest pad configured to rotate about the stationary shaft from a first configuration, where the first superior surface is disposed at a top of the shared armrest, to a second configuration, where the second superior surface is disposed at the top of the shared armrest; and at least one cam ; and at least one extendable divider , wherein: the at least one extendable divider is configured to translate radially through an opening defined by the second superior surface; and the at least one cam is configured to direct the radial translation of the extendable divider as the rotatable armrest pad is rotated. the at least one extendable divider is configured to translate radially through an opening defined by the second superior surface; and the at least one cam is configured to direct the radial translation of the extendable divider as the rotatable armrest pad is rotated.
A high-performance seafloor flexible oil storage system, wherein the high-performance seafloor flexible oil storage system comprises an oil-water separator , a pressure pump and an input riser connected in sequence, wherein the input riser extends downward below the sea level; wherein below the sea level it is provided a pipeline and a plurality of flexible oil storage tanks with the same structure, each of the flexible oil storage tanks is communicated with the pipeline through a control valve, the input riser is communicated with one end of the pipeline through a blocking valve and an input valve ; wherein the other end of the pipeline is further connected in turn with an outlet booster pump , an output valve and an output riser , the output riser extends upward above the sea level, and the output riser is connected to an oil tanker through a cooler and an output pump ; wherein a concrete counterweight for fixing it to the sea floor is connected under the flexible oil storage tank , which is a compressible flexible tank; charcterised in that the tank wall of the flexible oil storage tank is composed of an inner canister , an outer canister and an intermediate gap layer, the gap layer is composed of a plurality of isolation blocks sandwiched between the inner canister and the outer canister ; and wherein the flexible oil storage tank is provided with a reinforcing cap at the middle of the top and the bottom, and the upper reinforcing cap is connected with an oil filling/unloading pipe leading into the interior of the flexible oil storage tank . wherein below the sea level it is provided a pipeline and a plurality of flexible oil storage tanks with the same structure, each of the flexible oil storage tanks is communicated with the pipeline through a control valve, the input riser is communicated with one end of the pipeline through a blocking valve and an input valve ; wherein the other end of the pipeline is further connected in turn with an outlet booster pump , an output valve and an output riser , the output riser extends upward above the sea level, and the output riser is connected to an oil tanker through a cooler and an output pump ; wherein a concrete counterweight for fixing it to the sea floor is connected under the flexible oil storage tank , which is a compressible flexible tank; charcterised in that the tank wall of the flexible oil storage tank is composed of an inner canister , an outer canister and an intermediate gap layer, the gap layer is composed of a plurality of isolation blocks sandwiched between the inner canister and the outer canister ;
A composition comprising: (a) an effector cell displaying on its surface (i) a T cell receptor (TCR) and (ii) an immune checkpoint receptor (ICR) comprising an immune inhibitory receptor selected from the group consisting of: PD-1, CTLA-4, LAG-3, TIM-3, TIGIT, CD160, BTLA, and IL-10 receptor, wherein the effector cell comprises a gene encoding a fluorescent or bioluminescent reporter protein, the expression of which is under control of a nuclear factor of activated T-cells (NFAT) promoter, wherein the NFAT promoter comprises one or more NFAT response elements having at least 50% sequence identity to SEQ ID NO:1, and wherein the NFAT response elements bind to an NFAT family transcription factor to enhance transcription of associated genes; and (b) an antigen presenting cell (APC) displaying on its surface: (i) a T cell receptor (TCR) activator and (ii) an immune checkpoint ligand (ICL) selected from the group consisting of PD-L1, PD-L2, B7-H4, CD155, galectin-9, and HVEM, wherein the TCR activator is an anti-cluster-of-differentiation-3 (CD3) antibody; wherein the ICR and ICL form an ICR/ICL complex upon interaction, and wherein formation of the ICR/ICL complex results in altered expression of the fluorescent or bioluminescent reporter protein. (a) an effector cell displaying on its surface (i) a T cell receptor (TCR) and (ii) an immune checkpoint receptor (ICR) comprising an immune inhibitory receptor selected from the group consisting of: PD-1, CTLA-4, LAG-3, TIM-3, TIGIT, CD160, BTLA, and IL-10 receptor, wherein the effector cell comprises a gene encoding a fluorescent or bioluminescent reporter protein, the expression of which is under control of a nuclear factor of activated T-cells (NFAT) promoter, wherein the NFAT promoter comprises one or more NFAT response elements having at least 50% sequence identity to SEQ ID NO:1, and wherein the NFAT response elements bind to an NFAT family transcription factor to enhance transcription of associated genes; and (b) an antigen presenting cell (APC) displaying on its surface: (i) a T cell receptor (TCR) activator and (ii) an immune checkpoint ligand (ICL) selected from the group consisting of PD-L1, PD-L2, B7-H4, CD155, galectin-9, and HVEM, wherein the TCR activator is an anti-cluster-of-differentiation-3 (CD3) antibody; wherein the ICR and ICL form an ICR/ICL complex upon interaction, and wherein formation of the ICR/ICL complex results in altered expression of the fluorescent or bioluminescent reporter protein.
A composition comprising an isolated polypeptide comprising the amino acid sequence of SEQ ID NO: 1 or an amino acid sequence comprising at least 95% sequence identity to the amino acid sequence of SEQ ID NO:1 over the entire length, said polypeptide being capable of effecting immune signaling and/or affecting intestinal barrier function and/or affecting glucose and/or cholesterol and/or triglyceride homeostasis, and a pharmaceutically or alimentary acceptable carrier.
A method for manufacturing a polymer film for a tire inner liner, comprising a base film forming step of co-extruding a first resin containing a polyamide-based resin and a second resin containing a copolymer including polyamide-based segments and polyether-based segments, wherein the base film forming step further comprises a step of co-extruding one or more first resins and one or more second resins to form a base film having a multilayer structure including two or more layers, wherein the first resin further includes a copolymer including polyamide-based segments and polyether-based segments, the second resin further includes a polyamide-based resin, the first resin includes more polyamide-based resin than the second resin, and wherein a difference between the content (wt%) of the polyamide-based resin in the first resin and the content (wt%) of the polyamide-based resin in the second resin is 5 % to 85 % by weight.
An actuator assembly for an elevator governor system comprising: a governor for detecting an overspeed condition; a safety linkage actuating lever operatively coupled to the governor; at least one safety operatively coupled to the safety linkage actuating lever and configured to apply a braking force during an overspeed condition; a permanent magnet latch engaged with the safety linkage actuating lever, the permanent magnet latch preventing actuation of the at least one safety by the safety linkage actuating lever during a normal speed condition; and an electromagnetic component disposed proximate the safety linkage actuating lever and the permanent magnet latch and in operative communication with the governor, the electromagnetic component in an energized condition during the overspeed condition to overcome a force applied by the permanent magnet latch to the safety linkage actuating lever to actuate the at least one safety; characterized in that: the safety linkage actuating lever is operatively coupled to the governor with at least one cable arranged such that the tension in the cable imparts a force on the safety linkage actuating lever to move the safety linkage actuating lever in response to the overspeed condition. a governor for detecting an overspeed condition; a safety linkage actuating lever operatively coupled to the governor; at least one safety operatively coupled to the safety linkage actuating lever and configured to apply a braking force during an overspeed condition; a permanent magnet latch engaged with the safety linkage actuating lever, the permanent magnet latch preventing actuation of the at least one safety by the safety linkage actuating lever during a normal speed condition; and an electromagnetic component disposed proximate the safety linkage actuating lever and the permanent magnet latch and in operative communication with the governor, the electromagnetic component in an energized condition during the overspeed condition to overcome a force applied by the permanent magnet latch to the safety linkage actuating lever to actuate the at least one safety; characterized in that: the safety linkage actuating lever is operatively coupled to the governor with at least one cable arranged such that the tension in the cable imparts a force on the safety linkage actuating lever to move the safety linkage actuating lever in response to the overspeed condition.
A blank for the production of a carrier packing for receiving and transporting items arranged in series, in particular for receiving and transporting bottles, cans, cups or similar items, including at least - a bottom wall element , - each one front and rear wall element arranged on mutually opposing sides of the bottom wall element via each at least one bending line ; - sidewall elements , which are connected to the front wall element or the rear wall element via bending lines ; and - a first and a second handle element , wherein the first handle element is arranged on a side of the front wall element farther spaced from the bottom wall element and the second handle element is arranged on a side of the rear wall element farther spaced from the bottom wall element , wherein at least one adhesive flap hinged to the side facing away from the front wall element for connection of the first and the second handle element in the folded state of the blank is formed on the first handle element , characterized in that at least one handle reinforcing element is respectively hinged to the first and the second handle element such that it can be applied to a respective inner side of the corresponding handle element in the folded state of the blank , and that the handle reinforcing elements each comprise at least one opening and the openings are arranged such that they are at least partially in overlap with corresponding handle openings of the handle elements and form at least one common handle opening in the folded state of the blank . - a bottom wall element , - each one front and rear wall element arranged on mutually opposing sides of the bottom wall element via each at least one bending line ; - sidewall elements , which are connected to the front wall element or the rear wall element via bending lines ; and - a first and a second handle element , wherein the first handle element is arranged on a side of the front wall element farther spaced from the bottom wall element and the second handle element is arranged on a side of the rear wall element farther spaced from the bottom wall element , wherein at least one adhesive flap hinged to the side facing away from the front wall element for connection of the first and the second handle element in the folded state of the blank is formed on the first handle element , characterized in that at least one handle reinforcing element is respectively hinged to the first and the second handle element such that it can be applied to a respective inner side of the corresponding handle element in the folded state of the blank , and that the handle reinforcing elements each comprise at least one opening and the openings are arranged such that they are at least partially in overlap with corresponding handle openings of the handle elements and form at least one common handle opening in the folded state of the blank .
An L-lysine-producing microorganism of the genus Corynebacterium wherein a protein comprising an amino acid sequence of SEQ ID NO: 1 is inactivated.
A process to mate a plurality of tissue webs (22a. 22b), the process comprising: providing a first steel roll and a second steel roll , the first steel roll having a first steel roll primary surface and the second steel roll having a second steel roll primary surface , wherein the first steel roll comprises first protrusions , and wherein the second steel roll comprises recesses ; forming a nip between the first steel roll and the second steel roll ; rotating the first steel roll about a first axis of rotation and rotating the second steel roll about a second axis of rotation; advancing the plurality of tissue webs through the nip ; and embossing a series of first embossments and a series of second embossments into the plurality of tissue webs to connect the tissue webs to one another as the tissue webs advance through the nip , wherein the first protrusions press a first series of portions of the plurality of tissue webs into the recesses proximate the nip as the first steel roll and second steel roll simultaneously rotate to create the series of first embossments , wherein the second embossments are created by one of pin-to-flat and pin-to-pin embossing, the plurality of tissue webs thereafter defining a composite web . providing a first steel roll and a second steel roll , the first steel roll having a first steel roll primary surface and the second steel roll having a second steel roll primary surface , wherein the first steel roll comprises first protrusions , and wherein the second steel roll comprises recesses ; forming a nip between the first steel roll and the second steel roll ; rotating the first steel roll about a first axis of rotation and rotating the second steel roll about a second axis of rotation; advancing the plurality of tissue webs through the nip ; and embossing a series of first embossments and a series of second embossments into the plurality of tissue webs to connect the tissue webs to one another as the tissue webs advance through the nip , wherein the first protrusions press a first series of portions of the plurality of tissue webs into the recesses proximate the nip as the first steel roll and second steel roll simultaneously rotate to create the series of first embossments , wherein the second embossments are created by one of pin-to-flat and pin-to-pin embossing, the plurality of tissue webs thereafter defining a composite web .