mhurhangee/patent-ind-claim-en huggingface dataset:
A damping device , including: - a damper to be arranged on a first portion of an item of furniture or of a furniture fitting, the damper being configured to be actuated by a second portion of the item of furniture or of the furniture fitting so as to dampen a relative movement of the two portions upon a damping hub, wherein the damper includes two damping components configured to be moved relative to one another upon the damping hub, - a switchable coupling for deactivating a damping action of the damper , wherein the damper , upon the damping hub, dampens the relative movement of the two damping components when the coupling is closed, and wherein the damping action is deactivated upon a damping hub effected in the same direction when the coupling is open, wherein the switchable coupling includes a plurality of coupling elements , - wherein the switchable coupling locks one of the damping components in a first switching position, so that a relative movement between the two damping components and therewith a damping action of the damping device is produced, and that the switchable coupling releases the damping component in a second switching position, so that no relative movement of the two damping components and therewith no damping action of the damping device is produced, - a holding portion for establishing a clamping connection between one of the damping components and the coupling elements in the first switching position of the coupling , wherein the damping device includes a switching organ configured to be manually actuated, and the coupling can be switched between the first switching position and the second switching position by the switching organ . - a damper to be arranged on a first portion of an item of furniture or of a furniture fitting, the damper being configured to be actuated by a second portion of the item of furniture or of the furniture fitting so as to dampen a relative movement of the two portions upon a damping hub, wherein the damper includes two damping components configured to be moved relative to one another upon the damping hub, - a switchable coupling for deactivating a damping action of the damper , wherein the damper , upon the damping hub, dampens the relative movement of the two damping components when the coupling is closed, and wherein the damping action is deactivated upon a damping hub effected in the same direction when the coupling is open, wherein the switchable coupling includes a plurality of coupling elements , - wherein the switchable coupling locks one of the damping components in a first switching position, so that a relative movement between the two damping components and therewith a damping action of the damping device is produced, and that the switchable coupling releases the damping component in a second switching position, so that no relative movement of the two damping components and therewith no damping action of the damping device is produced, - a holding portion for establishing a clamping connection between one of the damping components and the coupling elements in the first switching position of the coupling ,
Panel , in particular wall, ceiling or floor panel, comprising a carrier plate having a front side and a rear side, wherein the carrier plate has, at least on the front side, a layer system which, starting from the front side, has a first elastic layer S1 composed of a polymer and a second layer S2 composed of a polymer, characterized in that the first elastic layer S1 has a thickness of 40 to 600 μm and a Martens hardness M S1 of 0.5 to 120 N/mm 2 , wherein the hardness of the elastic layer S1 is constant over the entire thickness and the differences in hardness within the layer are less than 20 N/mm 2 over the entire thickness; and the second layer S2 has a thickness of 10 to 180 μm and a Martens hardness M S2 , wherein M S2 > M S1 ; and an intermediate region ZB exists between the two layers S1 and S2, with a Martens hardness M ZB , wherein M S2 > M ZB ≥ M S1 , wherein the Martens hardnesses are determined according to DIN EN ISO 14577 as disclosed in the description. the second layer S2 has a thickness of 10 to 180 μm and a Martens hardness M S2 , wherein M S2 > M S1 ; and an intermediate region ZB exists between the two layers S1 and S2, with a Martens hardness M ZB , wherein M S2 > M ZB ≥ M S1 , wherein the Martens hardnesses are determined according to DIN EN ISO 14577 as disclosed in the description.
A method for pruning a blockchain of a blockchain network, the method comprising: creating an active blocks commitments Merkle tree from hashes of active blocks, wherein active blocks are blocks that have at least one transaction with one unspent transaction output, and creating an active smart contracts commitments Merkle tree from hashes of active smart contracts, wherein active smart contracts are smart contracts which have been recently invoked, the Merkle trees being created after an amount of blocks created in the blockchain has reached a threshold set by a pruning threshold parameter stored in the blockchain network; storing hashes of the roots of the Merkle trees in a header of a new block as a new genesis block; wherein the body of the new genesis block contains the active blocks commitment Merkle tree and the active smart contracts commitment Merkle tree by storing the hashes of the headers of the current set of active blocks and hashes of the code of the current set of active smart contracts in respective Merkle trees and adding the Merkle trees in the body of the new genesis block; storing the active blocks commitments Merkle tree and the active smart contracts commitments Merkle tree together with a Merkle tree for transactions in a body of the new genesis block; broadcasting the new genesis block to the blockchain network; and pruning a local copy of the blockchain at a pruning point in accordance with the pruning threshold parameter based on the blockchain network having reached consensus on the new genesis block. creating an active blocks commitments Merkle tree from hashes of active blocks, wherein active blocks are blocks that have at least one transaction with one unspent transaction output, and creating an active smart contracts commitments Merkle tree from hashes of active smart contracts, wherein active smart contracts are smart contracts which have been recently invoked, the Merkle trees being created after an amount of blocks created in the blockchain has reached a threshold set by a pruning threshold parameter stored in the blockchain network; storing hashes of the roots of the Merkle trees in a header of a new block as a new genesis block; wherein the body of the new genesis block contains the active blocks commitment Merkle tree and the active smart contracts commitment Merkle tree by storing the hashes of the headers of the current set of active blocks and hashes of the code of the current set of active smart contracts in respective Merkle trees and adding the Merkle trees in the body of the new genesis block; storing the active blocks commitments Merkle tree and the active smart contracts commitments Merkle tree together with a Merkle tree for transactions in a body of the new genesis block; broadcasting the new genesis block to the blockchain network; and pruning a local copy of the blockchain at a pruning point in accordance with the pruning threshold parameter based on the blockchain network having reached consensus on the new genesis block.
A material for forming an organic film, comprising: a compound shown by the following general formula ; and an organic solvent, wherein in the general formula , X represents an organic group with a valency of "n" having 2 to 50 carbon atoms or an oxygen atom, "n" represents an integer of 1 to 10, and R 1 independently represents any of the following general formulae , wherein in the general formulae , broken lines represent attachment points to X, and Q 1 represents a monovalent organic group containing a carbonyl group, at least a part of which is a group shown by the followinq general formulae , wherein in the general formulae , X 1 represents a single bond or a divalent organic group having 1 to 20 carbon atoms optionally having a substituent when the organic group has an aromatic ring, R 2 represents a hydrogen atom, a methyl group, an ethyl group, or a phenyl group, and **-represents an attachment point.
Forklift comprising: - a chassis - a mast hydraulically tiltable relative to the chassis in a primary tilting motion at least between a substantially upright position and at least one inclined position - a fork carriage for mounting forks for supporting a load , the fork carriage being hydraulically tiltable relative to the mast in a secondary tilting motion at least between a position in which the fork carriage is substantially aligned with the mast and at least one position in which the fork carriage is inclined relative to the mast - a hydraulic system having at least one operating element for a user to control the primary tilting motion and the secondary tilting motion wherein the hydraulic system is configured to carry out a hydraulic sequence control of the primary tilting motion and the secondary tilting motion, characterized in that for picking up a load , upon actuation of one operating element , the secondary tilting motion from the position in which the fork carriage is substantially aligned with the mast to at least one position in which the fork carriage is inclined relative to the mast is carried out before the primary tilting motion from the substantially upright to the at least one inclined position for setting down a load, upon actuation of one operating element the secondary tilting motion from the at least one position in which the fork carriage is inclined relative to the mast to the position in which the fork carriage is substantially aligned with the mast is carried out before the primary tilting motion from the at least one inclined position to the substantially upright position, wherein the primary tilting motion from the at least one inclined position to the substantially upright position is hydraulically locked until the fork carriage is substantially aligned with the mast . - a chassis - a mast hydraulically tiltable relative to the chassis in a primary tilting motion at least between a substantially upright position and at least one inclined position - a fork carriage for mounting forks for supporting a load , the fork carriage being hydraulically tiltable relative to the mast in a secondary tilting motion at least between a position in which the fork carriage is substantially aligned with the mast and at least one position in which the fork carriage is inclined relative to the mast - a hydraulic system having at least one operating element for a user to control the primary tilting motion and the secondary tilting motion wherein the hydraulic system is configured to carry out a hydraulic sequence control of the primary tilting motion and the secondary tilting motion,
Boom arm system for a concrete delivery device, which boom arm system is formed from a plurality of boom arms (A1, A2, A3) which are connected pivotably to one another and are in each case designed as a hollow profile and of which at least one boom arm (A1, A3) in longitudinal extent has a recess which is configured in such a manner that, in a folded-in position of the boom arm system , said recess accommodates an adjacently arranged boom arm (A2) having a narrower cross section, wherein pipe holders (R2, R3) of the boom arm (A2, A3) coming to lie in the folded-in position in the recess are positioned in such a manner that they project out of the recess , characterized in that the respective pipe holder (R2, R3) is arranged in such a manner that it comes to lie in the folded-in position at an end of the recess remote from the hollow profile of the respective boom arm.
A system for displacement tracking during positioning and fixing of an implant in a bone, in particular in a hip bone, comprising: - an imaging unit , and - a processing unit , wherein the imaging unit is configured for providing an image of the bone and at least one reference image, wherein the processing unit is configured for superimposing the image with the at least one reference image, wherein the image of the bone and the at least one reference image are taken from a close perspective within an angle range of 0° and 5°, wherein the processing unit is configured for detecting the angles from which the image and the reference image are taken, determining if a deviation of the angle range is between 0° and 5°, and generating a warning if the deviation of the angle range exceeds 5°, wherein the processing unit is further configured for visualizing the image of the bone and the at least one reference, and comparing the image and the at least one reference image for comparing a position of an implant fixed at the bone, wherein the image is the most current image of the bone and the at least one reference image is an earlier acquired image of the bone, and wherein the step of superimposing comprises a matching of the scale and/or portion of the image and the at least one reference image. - an imaging unit , and - a processing unit , wherein the imaging unit is configured for providing an image of the bone and at least one reference image, wherein the processing unit is configured for superimposing the image with the at least one reference image, wherein the image of the bone and the at least one reference image are taken from a close perspective within an angle range of 0° and 5°, wherein the processing unit is configured for detecting the angles from which the image and the reference image are taken, determining if a deviation of the angle range is between 0° and 5°, and generating a warning if the deviation of the angle range exceeds 5°, wherein the processing unit is further configured for visualizing the image of the bone and the at least one reference, and comparing the image and the at least one reference image for comparing a position of an implant fixed at the bone, wherein the image is the most current image of the bone and the at least one reference image is an earlier acquired image of the bone, and wherein the step of superimposing comprises a matching of the scale and/or portion of the image and the at least one reference image.
A fastener system for securing a component to a structure, comprising: a pin portion having a head and a shaft ; and a clip portion having a head engagement flange and a retainer flange configured to receive a fastener that extends along a first axis; wherein the clip portion and the pin portion are configured for engagement with one another in an engaged position, and in the engaged position the pin portion shaft extends along a second axis non-parallel to the first axis; wherein the clip portion further includes a connecting member with a first lengthwise end and a distal second lengthwise end , and the head engagement flange is attached to the connecting member adjacent the first lengthwise end and the retainer flange is attached to the connecting member adjacent the second lengthwise end , wherein the head engagement flange extends outwardly lateral from the connecting member , and the retainer flange extends outwardly lateral from the connecting member . a pin portion having a head and a shaft ; and a clip portion having a head engagement flange and a retainer flange configured to receive a fastener that extends along a first axis; wherein the clip portion and the pin portion are configured for engagement with one another in an engaged position, and in the engaged position the pin portion shaft extends along a second axis non-parallel to the first axis; wherein the clip portion further includes a connecting member with a first lengthwise end and a distal second lengthwise end , and the head engagement flange is attached to the connecting member adjacent the first lengthwise end and the retainer flange is attached to the connecting member adjacent the second lengthwise end , wherein the head engagement flange extends outwardly lateral from the connecting member , and the retainer flange extends outwardly lateral from the connecting member .
A system for monitoring tension forces of tendons disposed inside a concrete structure in post-tensioning, the system comprising: a hydraulic jack coupled to one tendon at one end of the concrete structure to apply a tension force to the tendon by means of the forward movement of a piston ; a hydraulic pump connected to the hydraulic jack by means of a hydraulic pressure supply pipe to supply a hydraulic pressure to the hydraulic jack ; a digital elongation length measurement sensor disposed on the hydraulic jack to measure the elongation length of the piston ; a measurement unit having a data logger configured to receive and store the elongation length data measured by the digital elongation length measurement sensor and to send the elongation length data to a main server ; a digital pressure measurement sensor disposed on the hydraulic pressure supply pipe of the hydraulic pump to measure pressure data of a fluid supplied to the hydraulic jack from the hydraulic pump ; characterized in a control module configured to receive the elongation length data from the data logger or the main server , to calculate a tension force from the elongation length data, to calculate a coefficient of elasticity of the tendon according to the ratio of real-time elongation length data to pressure data, and to calculate a compensated tension force using the calculated tension force and the coefficient of elasticity. a hydraulic jack coupled to one tendon at one end of the concrete structure to apply a tension force to the tendon by means of the forward movement of a piston ; a hydraulic pump connected to the hydraulic jack by means of a hydraulic pressure supply pipe to supply a hydraulic pressure to the hydraulic jack ; a digital elongation length measurement sensor disposed on the hydraulic jack to measure the elongation length of the piston ; a measurement unit having a data logger configured to receive and store the elongation length data measured by the digital elongation length measurement sensor and to send the elongation length data to a main server ; a digital pressure measurement sensor disposed on the hydraulic pressure supply pipe of the hydraulic pump to measure pressure data of a fluid supplied to the hydraulic jack from the hydraulic pump ; characterized in a control module configured to receive the elongation length data from the data logger or the main server , to calculate a tension force from the elongation length data, to calculate a coefficient of elasticity of the tendon according to the ratio of real-time elongation length data to pressure data, and to calculate a compensated tension force using the calculated tension force and the coefficient of elasticity.
An electrolyte solvent formulation comprising: a phosphoranimine which is liquid at room temperature, substantially non-flammable at temperatures equal or below 65°C and stable at a temperature of 150°C; a cyclic phosphazene; and optionally a monomeric phosphorus compound; characterized in that the electrolyte solvent formulation has: at least 95% by weight phosphorus-containing compounds, a melting point below 0°C, and a vapor pressure of combustible components of less than 5332.9 Pa (40 mmHg) at 30°C , wherein none of the phosphoranimine, and cyclic phosphazene, and monomeric phosphorus compounds has any direct halogen-phosphorus bonds. a phosphoranimine which is liquid at room temperature, substantially non-flammable at temperatures equal or below 65°C and stable at a temperature of 150°C; a cyclic phosphazene; and optionally a monomeric phosphorus compound; characterized in that the electrolyte solvent formulation has: at least 95% by weight phosphorus-containing compounds, a melting point below 0°C, and a vapor pressure of combustible components of less than 5332.9 Pa (40 mmHg) at 30°C , at least 95% by weight phosphorus-containing compounds, a melting point below 0°C, and a vapor pressure of combustible components of less than 5332.9 Pa (40 mmHg) at 30°C , wherein none of the phosphoranimine, and cyclic phosphazene, and monomeric phosphorus compounds has any direct halogen-phosphorus bonds.
A method performed by a serving core network node in a communications network , for handling a service setup for a target User Equipment, UE, located in the communications network , wherein the serving core network node is an IP Multimedia Subsystem, IMS, node of an IP Multimedia Subsystem, IMS, in the communications network , and wherein the method comprises: - receiving a service setup request directed towards the target UE , and - sending a ping message to the target UE to wake up the target UE when the target UE is in IDLE mode, in response to the service setup request prior to a completion of a terminating service handling procedure of the IMS, wherein the terminating service handling procedure is a Terminating Access Domain Selection procedure and is completed when the service setup request is forwarded from the IMS to an Evolved Packet Core, EPC, associated with the target UE ; and wherein the ping message is sent in response to the service setup request, which service setup request is sent prior to performing the Terminating Access Domain Selection procedure, T-ADS, in the IMS such that sending the ping message to wake the UE takes place in parallel with performing the T-ADS. - receiving a service setup request directed towards the target UE , and - sending a ping message to the target UE to wake up the target UE when the target UE is in IDLE mode, in response to the service setup request prior to a completion of a terminating service handling procedure of the IMS, wherein the terminating service handling procedure is a Terminating Access Domain Selection procedure and is completed when the service setup request is forwarded from the IMS to an Evolved Packet Core, EPC, associated with the target UE ; and
A method for wireless communication by a user equipment, UE, comprising: monitoring a signal for a polar-encoded codeword having a codeword size, said polar-encoded codeword having a control information vector encoded therein; determining a decoding candidate bit sequence based at least in part on the signal including the polar encoded codeword, wherein the decoding candidate bit sequence is associated with a decoding hypothesis, said decoding hypothesis being that a bit length of the control information vector is a particular bit length of a plurality of possible different bit lengths for the codeword size; calculating an error detection code, EDC, value for a payload portion of the decoding candidate bit sequence using an EDC algorithm, wherein the calculating comprises initializing a variable state for the EDC algorithm with at least one non-zero bit, wherein the variable state is initialized based at least in part on an identifier of the UE; and determining a decoding output state for the payload portion of the decoding candidate bit sequence based at least in part on the EDC value and an EDC portion of the decoding candidate bit sequence. monitoring a signal for a polar-encoded codeword having a codeword size, said polar-encoded codeword having a control information vector encoded therein; determining a decoding candidate bit sequence based at least in part on the signal including the polar encoded codeword, wherein the decoding candidate bit sequence is associated with a decoding hypothesis, said decoding hypothesis being that a bit length of the control information vector is a particular bit length of a plurality of possible different bit lengths for the codeword size; calculating an error detection code, EDC, value for a payload portion of the decoding candidate bit sequence using an EDC algorithm, wherein the calculating comprises initializing a variable state for the EDC algorithm with at least one non-zero bit, wherein the variable state is initialized based at least in part on an identifier of the UE; and determining a decoding output state for the payload portion of the decoding candidate bit sequence based at least in part on the EDC value and an EDC portion of the decoding candidate bit sequence.