mhurhangee/ep-ind-claims huggingface dataset:
A flow control device, comprising a displaceable means having a direction of displacement and being displaceable between a first position and a second position; a body comprising a first cavity in fluid contact with a first side of the displaceable means forming a first volume, the first cavity further comprising: a first inlet; a primary outlet with a primary flow resistance and arranged essentially parallel with the displacement direction, wherein the primary outlet comprises an inlet opening facing the displaceable means at a first distance from the displaceable means in the direction of displacement; a secondary outlet with a secondary flow resistance; wherein the displaceable means is displaceable between a first position and a second position; wherein in the first position, a first fluid path between the first inlet and the primary outlet is provided, and a second flow path between the inlet and the secondary outlet is provided; wherein in the second position, the displaceable means is displaced at least the first distance and close the inlet opening of the primary outlet, whereby the inlet opening is blocked, and the second fluid path between the first inlet and the secondary outlet is maintained; a lid with a cavity forming a second volume, and the displaceable element is arranged between the lid and the body, wherein the second volume is in fluid contact with a second side of the displaceable element, the cavity further comprises a second inlet; wherein the displaceable element is moved to the second position by providing a fluid under pressure to the second inlet. a first inlet; a primary outlet with a primary flow resistance and arranged essentially parallel with the displacement direction, wherein the primary outlet comprises an inlet opening facing the displaceable means at a first distance from the displaceable means in the direction of displacement; a secondary outlet with a secondary flow resistance;
An antimicrobial surface coating composition comprising a compound of formula wherein R 1 and R 2 are independently hydrogen, methyl, ethyl, isopropyl or n-propyl; m is 15, 16, 17, 18 or 19; n is 0, 1, 2, 3, 4, 5 or 6; and X is chloro, bromo or iodo; and an environmentally friendly carrier. R 1 and R 2 are independently hydrogen, methyl, ethyl, isopropyl or n-propyl; m is 15, 16, 17, 18 or 19; n is 0, 1, 2, 3, 4, 5 or 6; and X is chloro, bromo or iodo; and an environmentally friendly carrier.
A system comprising: a memory; a first memory controller coupled to the memory; a second memory controller separate from the first memory controller and characterised by: the second memory controller to send an access command to the first memory controller, the access command to read or write data of the memory and being timing non-deterministic with respect to a timing specification of the memory, wherein the first memory controller is responsive to the access command to issue at least one command signal to the memory, the at least one command signal satisfying the timing specification of the memory, wherein the first memory controller is to notify the second memory controller regarding a latency associated with accessing the memory; and wherein the second memory controller is to issue a refresh command to the first memory controller in response to the second memory controller detecting an idle period of the second memory controller. a memory; a first memory controller coupled to the memory; a second memory controller separate from the first memory controller and characterised by: the second memory controller to send an access command to the first memory controller, the access command to read or write data of the memory and being timing non-deterministic with respect to a timing specification of the memory, wherein the first memory controller is responsive to the access command to issue at least one command signal to the memory, the at least one command signal satisfying the timing specification of the memory, wherein the first memory controller is to notify the second memory controller regarding a latency associated with accessing the memory; and wherein the second memory controller is to issue a refresh command to the first memory controller in response to the second memory controller detecting an idle period of the second memory controller. the second memory controller to send an access command to the first memory controller, the access command to read or write data of the memory and being timing non-deterministic with respect to a timing specification of the memory, wherein the first memory controller is responsive to the access command to issue at least one command signal to the memory, the at least one command signal satisfying the timing specification of the memory, wherein the first memory controller is to notify the second memory controller regarding a latency associated with accessing the memory; and wherein the second memory controller is to issue a refresh command to the first memory controller in response to the second memory controller detecting an idle period of the second memory controller.
A method comprising the steps of: (i) attaching a microparticle to a solid support, thereby forming an immobilized microparticle, wherein said immobilized microparticle is further covalently attached to: (a) a ligand domain through a first linker; and (b) an encoding tag through a second linker; wherein said ligand domain is a peptide, a protein, a macrocyclic peptide, a peptidomimetic, a polyamide, or a macrolactam; wherein said encoding tag is a nucleic acid sequence identifying said ligand domain; wherein said second linker is cleavable and said first linker is not cleavable under a condition that said second linker is cleavable; wherein said first linker comprises -C NH- or -NHC -, and said second linker comprises -C O- or -OC -; and (ii) performing a decoding procedure on the encoding tag, thereby identifying the composition of the ligand domain and its location on said solid support; and (iii) cleaving said second linker of said microparticle, thereby forming a cleaved microparticle. (i) attaching a microparticle to a solid support, thereby forming an immobilized microparticle, wherein said immobilized microparticle is further covalently attached to: (a) a ligand domain through a first linker; and (b) an encoding tag through a second linker; wherein said ligand domain is a peptide, a protein, a macrocyclic peptide, a peptidomimetic, a polyamide, or a macrolactam; wherein said encoding tag is a nucleic acid sequence identifying said ligand domain; wherein said second linker is cleavable and said first linker is not cleavable under a condition that said second linker is cleavable; wherein said first linker comprises -C NH- or -NHC -, and said second linker comprises -C O- or -OC -; and (a) a ligand domain through a first linker; and (b) an encoding tag through a second linker; wherein said ligand domain is a peptide, a protein, a macrocyclic peptide, a peptidomimetic, a polyamide, or a macrolactam; wherein said encoding tag is a nucleic acid sequence identifying said ligand domain; wherein said second linker is cleavable and said first linker is not cleavable under a condition that said second linker is cleavable; wherein said first linker comprises -C NH- or -NHC -, and said second linker comprises -C O- or -OC -; and wherein said ligand domain is a peptide, a protein, a macrocyclic peptide, a peptidomimetic, a polyamide, or a macrolactam; wherein said encoding tag is a nucleic acid sequence identifying said ligand domain; wherein said second linker is cleavable and said first linker is not cleavable under a condition that said second linker is cleavable; wherein said first linker comprises -C NH- or -NHC -, and said second linker comprises -C O- or -OC -; and (ii) performing a decoding procedure on the encoding tag, thereby identifying the composition of the ligand domain and its location on said solid support; and (iii) cleaving said second linker of said microparticle, thereby forming a cleaved microparticle.
A method for detecting validation of an Access Control List, characterized by comprising: when performing an action part of an ACL rule each time, starting a counter attached to the currently performed ACL rule in accordance with an attachment mode; the counter counting in accordance with a preset counting mode and storing a count value; and reading the count value stored in the counter attached to the ACL rule, and if there is a count value, determining that the currently read ACL rule takes effect; otherwise, determining that the currently read ACL rule does not take effect. when performing an action part of an ACL rule each time, starting a counter attached to the currently performed ACL rule in accordance with an attachment mode; the counter counting in accordance with a preset counting mode and storing a count value; and reading the count value stored in the counter attached to the ACL rule, and if there is a count value, determining that the currently read ACL rule takes effect; otherwise, determining that the currently read ACL rule does not take effect.
Device for giving commands and/or signals, with an attachment part, with an adapter, with at least one command and/or signalling device, with a plug-in coupling for connecting the adapter to the attachment part, wherein the plug-in coupling has a first coupling means with a plug-in extension and a second coupling means, wherein the plug-in coupling establishes an axial direction, with a locking device with a locking face oriented transversely to the axial direction and arranged on the first coupling means, and a counter locking face oriented transversely to the axial direction and arranged on the second coupling means, wherein the locking face and the counter locking face are arranged such that they can be brought into and out of engagement by relative twist of the adapter and the attachment part relative to each other about the axial direction, and with a catch lock with a catch means arranged on the plug-in extension and a counter catch means (90, 92) assigned to the catch means, wherein the catch means and the counter catch means (90, 92) can be brought into engagement for locking by a relative twist of the adapter and the attachment part relative to each other about the axial direction.
A system of determining the position of a container in a vehicle and/or trailer loaded with containers in a loading area for containers of a container terminal, wherein the system comprises a crane (10, 10a, 10b) which is configured to load at least one container on the vehicle and/or trailer and correspondingly to unload therefrom and to move over at least one lane (26, 26a, 26b) in the loading area for containers, wherein the crane (10, 10a, 10b) comprises a spreader (23, 23a, 23b) configured to grab the at least one container from the top, and a positioning system for the crane (10, 10a, 10b) and the spreader (23, 23a, 23b), a container position determining apparatus arranged in connection with the at least one lane (26, 26a, 26b), characterized in that the container position determining apparatus comprises a fixed structure mounted alongside the at least one lane (26, 26a, 26b) and the location of which relative to ground is known, an indicator that is movable on the fixed structure and is manually movable to indicate either end of the desired container position on a vehicle parked on the lane (26, 26a, 26b) or on a trailer connected thereto, wherein the container position determining apparatus is configured to determine information about the position of the indicator on the fixed structure and to transmit the information to the crane (10, 10a, 10b), and one or more sensors provided in connection with the indicator or in the fixed structure configured to determine the position of the indicator on the fixed structure. a crane (10, 10a, 10b) which is configured to load at least one container on the vehicle and/or trailer and correspondingly to unload therefrom and to move over at least one lane (26, 26a, 26b) in the loading area for containers, wherein the crane (10, 10a, 10b) comprises a spreader (23, 23a, 23b) configured to grab the at least one container from the top, and a positioning system for the crane (10, 10a, 10b) and the spreader (23, 23a, 23b), a spreader (23, 23a, 23b) configured to grab the at least one container from the top, and a positioning system for the crane (10, 10a, 10b) and the spreader (23, 23a, 23b), a container position determining apparatus arranged in connection with the at least one lane (26, 26a, 26b), a fixed structure mounted alongside the at least one lane (26, 26a, 26b) and the location of which relative to ground is known, an indicator that is movable on the fixed structure and is manually movable to indicate either end of the desired container position on a vehicle parked on the lane (26, 26a, 26b) or on a trailer connected thereto, wherein the container position determining apparatus is configured to determine information about the position of the indicator on the fixed structure and to transmit the information to the crane (10, 10a, 10b), and one or more sensors provided in connection with the indicator or in the fixed structure configured to determine the position of the indicator on the fixed structure.
Method of producing a structured cap substrate, comprising: - providing a mold substrate comprising a structured surface region; - arranging a cover substrate on the structured surface region of the mold substrate, the cover substrate comprising a glass material, and bonding the cover substrate to the mold substrate, the structured surface of the mold substrate being brought into contact with a surface of the cover substrate in such a way that they at least partially overlap; - forming first island regions and respectively associated adjacent second island regions from the mold substrate, a recess being provided between the first island regions and the respectively associated adjacent second island regions; - arranging a window component (8; 8') within the recess located between a first island region and the associated adjacent second island region; - arranging a carrier substrate on the first island regions and on the second island regions, which are formed from the mold substrate, so that the first island regions and the second island regions are located between the carrier substrate and the cover substrate; - tempering the bonded substrates such that the glass material of the cover substrate is caused to flow into the remaining recesses located between the island regions; and - removing the tempered cover substrate from the mold substrate and the carrier substrate so as to obtain the structured cap substrate having the tempered cover substrate and the window component (8, 8'). - providing a mold substrate comprising a structured surface region; - arranging a cover substrate on the structured surface region of the mold substrate, the cover substrate comprising a glass material, and bonding the cover substrate to the mold substrate, the structured surface of the mold substrate being brought into contact with a surface of the cover substrate in such a way that they at least partially overlap; - forming first island regions and respectively associated adjacent second island regions from the mold substrate, a recess being provided between the first island regions and the respectively associated adjacent second island regions; - arranging a window component (8; 8') within the recess located between a first island region and the associated adjacent second island region; - arranging a carrier substrate on the first island regions and on the second island regions, which are formed from the mold substrate, so that the first island regions and the second island regions are located between the carrier substrate and the cover substrate; - tempering the bonded substrates such that the glass material of the cover substrate is caused to flow into the remaining recesses located between the island regions; and - removing the tempered cover substrate from the mold substrate and the carrier substrate so as to obtain the structured cap substrate having the tempered cover substrate and the window component (8, 8').
Compound for the preparation of rubber products, comprising a cross-linkable unsaturated chain polymer base, a reinforcing filler and a vulcanization system; said vulcanization system comprising at least sulfur, one or more vulcanization accelerants and a vulcanization activator; said compound being characterized in that said vulcanization activator is exclusively halogenated graphite; said compound comprising neither stearic acid nor zinc oxide.
A wound packing material comprising a body of a porous material, the body comprising frangible regions defining a plurality of portions, the frangible regions allowing the portions to be selectively removed from the body, wherein the frangible regions are defined by partial pre-cuts formed in the body, wherein the body comprises: a first set of substantially parallel planar partial pre-cuts in a first orientation; a second set of parallel planar partial pre-cuts in a second orientation which is substantially perpendicular to the first orientation; and a third set of parallel planar partial pre-cuts in a third orientation which is substantially perpendicular to both the first and second set of pre-cuts. a first set of substantially parallel planar partial pre-cuts in a first orientation; a second set of parallel planar partial pre-cuts in a second orientation which is substantially perpendicular to the first orientation; and a third set of parallel planar partial pre-cuts in a third orientation which is substantially perpendicular to both the first and second set of pre-cuts.
A device maintenance apparatus, comprising: a communication control part configured to control communication with a plurality of devices via an input/output apparatus, the input/output apparatus being connected to the plurality of devices; a device information acquisition part configured to acquire information specifying a device among the plurality of devices which is a maintenance target device and information of a connection position of the device in the input/output apparatus via the communication; a storage configured to store maintenance process information, the maintenance process information including device specifying information being set beforehand for specifying a maintenance target device and process specifying information being set beforehand for specifying details of a maintenance process; and an information processing part configured to compare each of the acquired information specifying the device and the acquired information of the connection position to the stored device specifying information, to determine whether each of the acquired information specifying the device and the acquired information of the connection position is matched with the stored device specifying information, and to execute a maintenance process on the device specified by the process specifying information when determining that each of the acquired information specifying the device and the acquired information of the connection position is matched with the stored device specifying information. a communication control part configured to control communication with a plurality of devices via an input/output apparatus, the input/output apparatus being connected to the plurality of devices; a device information acquisition part configured to acquire information specifying a device among the plurality of devices which is a maintenance target device and information of a connection position of the device in the input/output apparatus via the communication; a storage configured to store maintenance process information, the maintenance process information including device specifying information being set beforehand for specifying a maintenance target device and process specifying information being set beforehand for specifying details of a maintenance process; and an information processing part configured to compare each of the acquired information specifying the device and the acquired information of the connection position to the stored device specifying information, to determine whether each of the acquired information specifying the device and the acquired information of the connection position is matched with the stored device specifying information, and to execute a maintenance process on the device specified by the process specifying information when determining that each of the acquired information specifying the device and the acquired information of the connection position is matched with the stored device specifying information.
An air supply means for a vehicle air-conditioning system as a floor covering for supplying air to the floor covering with at least one air duct having a plurality of openings for directing the air from the openings into a vehicle interior, wherein the at least one air duct is limited at least partially by the floor covering, in particular a bottom layer of the floor covering, wherein the at least one air duct is formed below at least 50%, 70%, 80% or 90% of the surface of the floor covering, in particular of the top layer, wherein the at least one air duct has an elliptical or slit-shaped cross-section which is arranged in the bottom layer in a meandered way, so that the upper side of the floor covering can be tempered over a large area by means of heat conduction from the at least one air duct to the upper side and vice versa, wherein the at least one air duct is limited by the floor covering, in particular by the bottom layer of the floor covering, on the topside and is limited by a support, in particular a body, for the floor covering on the bottom side, characterised in that the floor covering, in particular the bottom layer, has a structured and wavy bottom side, so that the at least one air duct is formed as at least one hollow space between the floor covering and the support, wherein preferably the height differences of the structured bottom side are at least 1 mm, 2 mm, 5 mm or 10 mm.