mhurhangee/patent-ind-claim-en huggingface dataset:
An arm support for use in a medical procedure, the arm support comprising: an arm support strap comprising: a first end that is configured to pass around the arm of a patient and secure to a region of the arm support strap; a support region for supporting an arm of the patient; and a second end configured to pass across the torso of the patient to be secured so as to support the arm securely against a side of the torso in a position substantially co-planar with the torso; and characterised in that the arm support further comprises: a hand support , comprising: a first region adapted to secure the hand support to the arm support strap; and a second region adapted to engage with a hand of the patient for securing an associated forearm of the patient in a supinated, externally rotated position. an arm support strap comprising: a first end that is configured to pass around the arm of a patient and secure to a region of the arm support strap; a support region for supporting an arm of the patient; and a second end configured to pass across the torso of the patient to be secured so as to support the arm securely against a side of the torso in a position substantially co-planar with the torso; and characterised in that the arm support further comprises: a first end that is configured to pass around the arm of a patient and secure to a region of the arm support strap; a support region for supporting an arm of the patient; and a second end configured to pass across the torso of the patient to be secured so as to support the arm securely against a side of the torso in a position substantially co-planar with the torso; and characterised in that the arm support further comprises: a hand support , comprising: a first region adapted to secure the hand support to the arm support strap; and a second region adapted to engage with a hand of the patient for securing an associated forearm of the patient in a supinated, externally rotated position. a first region adapted to secure the hand support to the arm support strap; and a second region adapted to engage with a hand of the patient for securing an associated forearm of the patient in a supinated, externally rotated position.
Bunch accumulator for an energy wood grapple, which bunch accumulator includes two collection members , and between the respective collection members is provided an opposite linear motion , characterized in that the bunch accumulator includes a frame structure , which comprises a linear guide and a carriage arranged on the linear guide , on which carriage a collection member is arranged, and the collection member is a one-piece claw that is connected to the carriage in an articulated manner.
A self-regulating and wake-space-free differential pressure regulator for a drinking water system, comprising an adjusting device , a valve body and an element movable under water pressure, in particular a diaphragm arranged in the fluid flow and connected to the adjusting device for adjusting the valve body .
A device adapted to be inserted into a conduit , the device comprising a plurality of longitudinally extending hollow tubes adapted to receive optic fibers or micro fiber optic cables therein, and a longitudinally extending pliant jacket surrounding said tubes , characterised in that said jacket has an upper surface and a lower surface , said upper surface being connected to said lower surface at laterally spaced locations forming longitudinally extending compartments , wherein each of the compartments carries one of the plurality of tubes .
A seed matrix generator to be used for parallel layered decoding an encoded information, wherein the seed matrix generator is arranged to generate a seed matrix, the seed matrix being a binary parity check matrix of two parallel low-density parity-check convolutional codes, LDPC-CC, wherein the seed matrix is a seed matrix of a LDPC convolutional turbo code, LDPC-CTC, wherein the seed matrix generator is arranged to generate the seed matrix by: - generating w auxiliary seed matrices for w parallel LDPC-CCs, wherein each one of the w auxiliary seed matrices is generated for one of the w parallel LDPC-CCs, wherein w is 2; and characterized in that the seed matrix generator is further arranged to generate the seed matrix by: - interlacing the generated w auxiliary seed matrices of the w parallel LDPC-CCs to generate the seed matrix of the LDPC-CTC placing a first auxiliary seed matrix of the w auxiliary seed matrices on the odd rows of the seed matrix of the LDPC-CTC and by placing a second auxiliary seed matrix of the w auxiliary seed matrices on the even rows of the seed matrix of the LDPC-CTC, wherein each of the auxiliary seed matrices has a different code rate R β , wherein β is a positive integer and 1 ≤ β ≤ w, and wherein the code rate R β is determined by the following equation: R β = w ⋅ b − 1 + β w ⋅ c − 1 + β , wherein the information is a sequence of information bits, b is a number of the information bits of the sequence, and wherein the encoded information is a sequence of encoded bits and c is a number of the encoded information bits. - generating w auxiliary seed matrices for w parallel LDPC-CCs, wherein each one of the w auxiliary seed matrices is generated for one of the w parallel LDPC-CCs, wherein w is 2; and characterized in that the seed matrix generator is further arranged to generate the seed matrix by: - interlacing the generated w auxiliary seed matrices of the w parallel LDPC-CCs to generate the seed matrix of the LDPC-CTC placing a first auxiliary seed matrix of the w auxiliary seed matrices on the odd rows of the seed matrix of the LDPC-CTC and by placing a second auxiliary seed matrix of the w auxiliary seed matrices on the even rows of the seed matrix of the LDPC-CTC, wherein each of the auxiliary seed matrices has a different code rate R β , wherein β is a positive integer and 1 ≤ β ≤ w, and wherein the code rate R β is determined by the following equation: R β = w ⋅ b − 1 + β w ⋅ c − 1 + β ,
A secondary battery module comprising: a plurality of battery cells aligned along one direction; a plurality of insulation sheets between the plurality of battery cells , the plurality of insulation sheets including aerogel for blocking heat transfer between the plurality of battery cells ; and a housing fixing the battery cells and the insulation sheets , characterized in that the secondary battery module further comprises an adhesion tape between the battery cells and the insulation sheets . a plurality of battery cells aligned along one direction; a plurality of insulation sheets between the plurality of battery cells , the plurality of insulation sheets including aerogel for blocking heat transfer between the plurality of battery cells ; and a housing fixing the battery cells and the insulation sheets , characterized in that the secondary battery module further comprises an adhesion tape between the battery cells and the insulation sheets .
A vehicle assembly comprising a chair and a vehicle, wherein the vehicle is: a boat; a raft; an automobile; a submarine; or an aircraft, wherein the chair is for use in take-off or landing of a user wearing personal flying equipment and is mounted on a surface of the vehicle such that it is accessible by the user in-flight, the chair comprising: a seat for the user to straddle such that the user faces in a forward direction; a torso support for supporting a torso of the user sitting on the seat , the torso support being concave and thereby defining an opening facing the seat ; a structure to which the seat and torso support are mounted; and a base member rigidly connected to the structure and extending outwardly therefrom, wherein the torso support extends outwardly to either side of the structure leaving a space below for receiving a leg of the user sat on the seat . a seat for the user to straddle such that the user faces in a forward direction; a torso support for supporting a torso of the user sitting on the seat , the torso support being concave and thereby defining an opening facing the seat ; a structure to which the seat and torso support are mounted; and a base member rigidly connected to the structure and extending outwardly therefrom, wherein the torso support extends outwardly to either side of the structure leaving a space below for receiving a leg of the user sat on the seat .
A method in a wireless communication network, the wireless communication network comprising a base station and a terminal associated with a device application, the method comprising: the base station providing a plurality of possible network configurations to a determination application , each possible network configuration associated with transfer of device application data between the terminal and the base station ; the determination application determining at least one preferred network configuration from the plurality of possible network configurations and reporting the at least one preferred network configuration to the base station ; and the base station selecting a network configuration from the at least one preferred network configuration and transmitting the selected network configuration to the terminal , characterised in that the selected network configuration sets a triggering condition for transfer of the device application data from the terminal to the determination application via the base station . the base station providing a plurality of possible network configurations to a determination application , each possible network configuration associated with transfer of device application data between the terminal and the base station ; the determination application determining at least one preferred network configuration from the plurality of possible network configurations and reporting the at least one preferred network configuration to the base station ; and the base station selecting a network configuration from the at least one preferred network configuration and transmitting the selected network configuration to the terminal , characterised in that the selected network configuration sets a triggering condition for transfer of the device application data from the terminal to the determination application via the base station .
A method of manufacturing an enteric seamless soft capsule, comprising the following steps (a) and (b): (a) preparing an enteric capsule shell liquid comprising gelatin and low methoxy pectin having a degree of esterification of 0 to 40% and a degree of amidation of 0 to 25%, the enteric capsule shell liquid having a viscosity at 50°C of 60 to 127 mPa•s; and (b) encapsulating capsule fills with the enteric capsule shell liquid prepared in the step (a) by dripping. (a) preparing an enteric capsule shell liquid comprising gelatin and low methoxy pectin having a degree of esterification of 0 to 40% and a degree of amidation of 0 to 25%, the enteric capsule shell liquid having a viscosity at 50°C of 60 to 127 mPa•s; and (b) encapsulating capsule fills with the enteric capsule shell liquid prepared in the step (a) by dripping.
Method for forming a depression in a workpiece, in which a laser beam pulsating at a pulse frequency fL is guided over the surface of the workpiece by means of a beam guide, in which the laser beam is guided so that its track speed vB on the workpiece surface fulfils the following condition: vB > n * dS * fL where n is a proportional factor, which may be 0.2 or 0.4 or 0.6 or 0.8 or 1 or greater, dS is the beam diameter at workpiece level, and where the pulse frequency is greater than 100 kHz, wherein the laser beam guide comprises a first guide located in the beam path of the laser beam, which in itself causes the laser beam to be guided at a first track speed, characterised in that the laser beam guide comprises a second guide operating simultaneously with the first guide and located in the beam path of the laser beam, which in itself causes the laser beam to travel at a second track speed that is higher than the first track speed. in which the laser beam is guided so that its track speed vB on the workpiece surface fulfils the following condition: vB > n * dS * fL where n is a proportional factor, which may be 0.2 or 0.4 or 0.6 or 0.8 or 1 or greater, dS is the beam diameter at workpiece level, and where the pulse frequency is greater than 100 kHz, wherein the laser beam guide comprises a first guide located in the beam path of the laser beam, which in itself causes the laser beam to be guided at a first track speed, characterised in that the laser beam guide comprises a second guide operating simultaneously with the first guide and located in the beam path of the laser beam, which in itself causes the laser beam to travel at a second track speed that is higher than the first track speed.
A mobile, hand-held apparatus for automated cardiac electrical signal analysis, the apparatus comprising: a housing having a back , a first side, and a front ; a first, lower chest, electrode (B) and a second, upper chest, electrode (A) integrated on the back of the housing configured to measure bioelectric signals from a patient's chest, wherein the first and second electrode are positioned a distance of at least 5 cm apart; a third electrode (D) configured to measure bioelectric signals from the patient's right hand; a fourth electrode (C) configured to measure bioelectric signals from the patient's left hand; a resistive network connecting the third and fourth electrodes and forming a central point (CP) between the third and fourth electrodes; and a processor configured to record at least 3 orthogonal cardiac leads derived from the first, second, third and fourth electrodes, wherein at least one lead is measured between the central point and the first electrode, further wherein the processor comprises a register configured to store a first set of three orthogonal cardiac leads taken at a first time, and a comparator configured to determine a difference signal between the first set of three orthogonal cardiac leads and a second set of three orthogonal cardiac leads taken at a second time. a housing having a back , a first side, and a front ; a first, lower chest, electrode (B) and a second, upper chest, electrode (A) integrated on the back of the housing configured to measure bioelectric signals from a patient's chest, wherein the first and second electrode are positioned a distance of at least 5 cm apart; a third electrode (D) configured to measure bioelectric signals from the patient's right hand; a fourth electrode (C) configured to measure bioelectric signals from the patient's left hand; a resistive network connecting the third and fourth electrodes and forming a central point (CP) between the third and fourth electrodes; and a processor configured to record at least 3 orthogonal cardiac leads derived from the first, second, third and fourth electrodes, wherein at least one lead is measured between the central point and the first electrode, further wherein the processor comprises a register configured to store a first set of three orthogonal cardiac leads taken at a first time, and a comparator configured to determine a difference signal between the first set of three orthogonal cardiac leads and a second set of three orthogonal cardiac leads taken at a second time.
A system for assembling a component collection, in particular a user-specific component collection of components used in assembly in the aerospace or automotive industry or in other industries, the system comprising: - a component supply station with component trays with corresponding components from different production lots and with an assembly robot for automated assembly of a collection of several components in a packaging unit or in a collection tray , and - a system for uniquely identifying, authenticating and/or tracing the components , wherein the system for uniquely identifying, authenticating and/or tracking the components comprises: - a camera which is designed to select a defined area of the component for tracing the component and to record it in high resolution, and - an evaluation device which is designed to calculate a numerical identifier based on the image recording with the specific surface micro structure of the component and its position and to assign a component ID, and wherein the evaluation device is further designed to return the component ID and preferably further individual features of the component by means of a data comparison in a database in which the calculated identifier and assigned component ID have been stored as a pair for each component . - a component supply station with component trays with corresponding components from different production lots and with an assembly robot for automated assembly of a collection of several components in a packaging unit or in a collection tray , and - a system for uniquely identifying, authenticating and/or tracing the components , - a camera which is designed to select a defined area of the component for tracing the component and to record it in high resolution, and - an evaluation device which is designed to calculate a numerical identifier based on the image recording with the specific surface micro structure of the component and its position and to assign a component ID, and wherein the evaluation device is further designed to return the component ID and preferably further individual features of the component by means of a data comparison in a database in which the calculated identifier and assigned component ID have been stored as a pair for each component .
Inner frame (1 for a cigarette pack , comprising: a. a front panel ; b. a first and a second side panel , wherein the side panels are directly attached to front panel side edges via bending lines ; and c. a first compensating panel directly attached to a side edge of the first side panel via a first folding line , wherein the first compensating panel is folded by 180° with respect to the first side panel around the first folding line , and characterised by d. an upper edge of the first compensating panel is lower than an upper edge of the first side panel . a. a front panel ; b. a first and a second side panel , wherein the side panels are directly attached to front panel side edges via bending lines ; and c. a first compensating panel directly attached to a side edge of the first side panel via a first folding line , wherein the first compensating panel is folded by 180° with respect to the first side panel around the first folding line , and characterised by d. an upper edge of the first compensating panel is lower than an upper edge of the first side panel .
Power distributor with a number of lined up power distribution modules , with a feed module arranged at front end and with an oppositely arranged signal module and with at least one connection module arranged therebetween, - wherein the feed module comprises a feed connection for a main power line for tapping a feed current, - wherein the connection module is or can be equipped with an actuable circuit breaker and comprises a number of load terminals for connection to a load circuit that is interruptable by means of the circuit breaker , - wherein the signal module comprises a first signal connection for a circuit breaker actuated switching signal (S), and - wherein the power distribution modules are electrically conductively coupled to each other or can be coupled characterized in that the power distribution modules are designed for direct mounting on a support rail , and that a communication line formed by the power distribution modules is provided for carrying a communication signal (D, A), - wherein the feed module comprises a first communication port for feeding the communication signal (D, A), - wherein the connection module is electrically conductively coupled to a communication contact of the circuit breaker , - wherein the circuit breakers of several lined up connection modules are connected in series with respect to the communication contact , - wherein the signal module comprises a second communication port for tapping the communication signal (D, A), and - wherein the power distribution modules are cross-wired among each other in a row direction in an electrically conductive manner by means of second contact elements from housing end face to housing end face. - wherein the feed module comprises a feed connection for a main power line for tapping a feed current, - wherein the connection module is or can be equipped with an actuable circuit breaker and comprises a number of load terminals for connection to a load circuit that is interruptable by means of the circuit breaker , - wherein the signal module comprises a first signal connection for a circuit breaker actuated switching signal (S), and - wherein the power distribution modules are electrically conductively coupled to each other or can be coupled characterized in that the power distribution modules are designed for direct mounting on a support rail , and that a communication line formed by the power distribution modules is provided for carrying a communication signal (D, A), - wherein the feed module comprises a first communication port for feeding the communication signal (D, A), - wherein the connection module is electrically conductively coupled to a communication contact of the circuit breaker , - wherein the circuit breakers of several lined up connection modules are connected in series with respect to the communication contact , - wherein the signal module comprises a second communication port for tapping the communication signal (D, A), and - wherein the power distribution modules are cross-wired among each other in a row direction in an electrically conductive manner by means of second contact elements from housing end face to housing end face.
A composition for corneal reconstruction, the composition comprising a methacryloyl-substituted gelatin, a visible light activated photoinitiator, and a pharmaceutically acceptable carrier, wherein the methacryloyl-substituted gelatin has a degree of methacryloyl substitution of between 30% and 50% and a concentration between 5% and 25% (w/v) in the pharmaceutically acceptable carrier, wherein the composition further comprises a therapeutic agent or corneal cells, and wherein, the degree of methacryloyl substitution is the percentage of free amines or hydroxyls in methacryloyl-substituted gelatin that have been substituted with methacryloyl groups.
A compound having the formula: wherein X is a linking moiety, Y is an amino acid residue covalently coupled to a hydrophobic moiety, Z is a cell-penetrating peptide (CPP) moiety, wherein the CPP moiety has a net positive charge and has an amino acid sequence with 50% or more residues having a guanidinium group, and m and n are independently 0 or 1, wherein (i) at least one of m and n is 1 and the amino acid residue is lysine (K), or (ii) m and n are 0, and Z 1 and/or Z 2 is a CPP that comprises an N-terminal-most lysine (K) residue linked to a hydrophobic moiety. X is a linking moiety, Y is an amino acid residue covalently coupled to a hydrophobic moiety, Z is a cell-penetrating peptide (CPP) moiety, wherein the CPP moiety has a net positive charge and has an amino acid sequence with 50% or more residues having a guanidinium group, and m and n are independently 0 or 1, wherein (i) at least one of m and n is 1 and the amino acid residue is lysine (K), or (ii) m and n are 0, and Z 1 and/or Z 2 is a CPP that comprises an N-terminal-most lysine (K) residue linked to a hydrophobic moiety. (i) at least one of m and n is 1 and the amino acid residue is lysine (K), or (ii) m and n are 0, and Z 1 and/or Z 2 is a CPP that comprises an N-terminal-most lysine (K) residue linked to a hydrophobic moiety.