mhurhangee/ep-ind-claims huggingface dataset:
Carrier system for heavy loads being carried in front of or lateral to the body, for attachment at the upper body of a person, comprising - a carrying yoke with loading points being arranged at opposing ends of the same, the loading points being configured for accepting tensile loads; characterized in that the carrier system further comprises - a waistbelt being attachable at the person's waist; - a back frame with a lower and an upper end (4A, 4B), as well as a lower region intended for resting against the back, said region having a ventral curvature following the lumbar lordosis of a spine, and an upper region intended for spacing the back frame apart from the back, wherein a transition region is present between the lower region and the upper region, such that the back frame can be spaced apart in the upper region from the back of person's back; - bilateral shoulder carrying straps which begin at the waistbelt or at a lower region of the back frame, and which end at the waistbelt; wherein carrying yoke and waistbelt are interconnected by means of the back frame, and wherein the back frame is rigid and connected at its lower end with the waistbelt, such that tensile loads acting on the carrying yoke can be transferred via the back frame onto the waistbelt, while the carrying yoke and the upper end of the back frame can be spaced apart from the person. - a carrying yoke with loading points being arranged at opposing ends of the same, the loading points being configured for accepting tensile loads; characterized in that the carrier system further comprises - a waistbelt being attachable at the person's waist; - a back frame with a lower and an upper end (4A, 4B), as well as a lower region intended for resting against the back, said region having a ventral curvature following the lumbar lordosis of a spine, and an upper region intended for spacing the back frame apart from the back, wherein a transition region is present between the lower region and the upper region, such that the back frame can be spaced apart in the upper region from the back of person's back; - bilateral shoulder carrying straps which begin at the waistbelt or at a lower region of the back frame, and which end at the waistbelt;
A method implemented in a transmitting node, the method comprising: receiving a respective positively or negatively valued acknowledgement for each code block in a group of code blocks transmitted to a receiving node in a first pair of transport blocks, each transport block divided into at least two code blocks, wherein the receiver reports a negatively valued acknowledgement for each code block in which transmission to the receiver has been punctured; and in response to the negatively valued acknowledgement, retransmitting each punctured code block and providing to the receiving node a respective indication whether or not each code block in the group of code blocks is to be retransmitted, wherein for each code block that is to be retransmitted the indication also indicates that the receiver should flush a soft buffer corresponding to the punctured blocks. receiving a respective positively or negatively valued acknowledgement for each code block in a group of code blocks transmitted to a receiving node in a first pair of transport blocks, each transport block divided into at least two code blocks, wherein the receiver reports a negatively valued acknowledgement for each code block in which transmission to the receiver has been punctured; and in response to the negatively valued acknowledgement, retransmitting each punctured code block and providing to the receiving node a respective indication whether or not each code block in the group of code blocks is to be retransmitted, wherein for each code block that is to be retransmitted the indication also indicates that the receiver should flush a soft buffer corresponding to the punctured blocks.
An apparatus for controlling the connection of a plurality of battery packs, the apparatus comprising: a switching unit provided on a charge/discharge path of each battery pack to selectively open and close the charge/discharge path; a first control unit provided for each battery pack to determine the state of charge of each battery pack and control the opening/closing of the switching unit; and a second control unit configured to receive the determined SOC of each battery pack from the first control unit, form a plurality of groups of battery packs having a predetermined range of SOCs, characterized in that the second control unit is configured to select from the plurality of groups a group containing a largest number of battery packs, connect the battery packs of the selected group in parallel, either charge or discharge the parallel-connected battery packs until a difference in SOC between the parallel-connected battery packs and the non-connected battery pack falls within a predetermined range, and connect the non-connected battery pack to the parallel-connected battery packs in parallel. a switching unit provided on a charge/discharge path of each battery pack to selectively open and close the charge/discharge path; a first control unit provided for each battery pack to determine the state of charge of each battery pack and control the opening/closing of the switching unit; and a second control unit configured to receive the determined SOC of each battery pack from the first control unit, form a plurality of groups of battery packs having a predetermined range of SOCs, characterized in that the second control unit is configured to select from the plurality of groups a group containing a largest number of battery packs, connect the battery packs of the selected group in parallel, either charge or discharge the parallel-connected battery packs until a difference in SOC between the parallel-connected battery packs and the non-connected battery pack falls within a predetermined range, and connect the non-connected battery pack to the parallel-connected battery packs in parallel.
An amplification optical fiber, which has a core and a clad covering the core, wherein the core propagates light with a predetermined wavelength in at least an LP01 mode, an LP02 mode, and an LP03 mode, wherein when the LP01 mode, the LP02 mode, and the LP03 mode are standardized by power, in at least a part of a region where the intensity of the LP01 mode is larger than the intensity of the LP02 mode and in at least a part of a region where the intensity of the LP01 mode is larger than the intensity of the LP03 mode, an active element capable of emitting said light with said predetermined wavelength being added to the core at a higher concentration than the central portion of the core, and following formulae and are satisfied: ∫ 0 b n r × I 01 r − I 02 r rdr > 0 ∫ 0 b n r × I 01 r − I 03 r rdr > 0 (where r represents a distance from the center in the radial direction of the core, I 01 (r) represents intensity in the distance r from the center in the radial direction of the core in the LP01 mode, I 02 (r) represents intensity in the distance r from the center in the radial direction of the core in the LP02 mode, I 03 (r) represents intensity in the distance r from the center in the radial direction of the core in the LP03 mode, n(r) represents an additive concentration of the active element in the distance r from the center in the radial direction of the core, and b represents a radius of the core.)
A process for preparing a structured organic film comprising a plurality of segments which are linked together by a plurality of linkers forming a covalent organic framework, said process comprising: (a) preparing a liquid-containing reaction mixture comprising: a plurality of molecular building blocks each comprising a segment and a number of functional groups; (b) forming a pre-SOF in the reaction mixture by partially reacting the molecular building blocks and/or activating the functional groups; (c) depositing the reaction mixture as a wet film; and (d) promoting a change of the wet film to form a dry film comprising said SOF characterized in that the plurality of linkers comprises at least a first and a second linker that are different in structure, and the plurality of segments either comprises at least a first and a second segment that are different in structure, wherein the first segment, when not at an edge of the SOF, is connected by linkers to at least three other segments, wherein at least one connection is via the first linker and at least one connection is via the second linker, or consists of segments having an identical structure, wherein the segments that are not at edges of the SOF are connected by linkers to at least three other segments, wherein at least one connection is via the first linker and at least one connection is via the second linker. (a) preparing a liquid-containing reaction mixture comprising: a plurality of molecular building blocks each comprising a segment and a number of functional groups; a plurality of molecular building blocks each comprising a segment and a number of functional groups; (b) forming a pre-SOF in the reaction mixture by partially reacting the molecular building blocks and/or activating the functional groups; (c) depositing the reaction mixture as a wet film; and (d) promoting a change of the wet film to form a dry film comprising said SOF characterized in that the plurality of linkers comprises at least a first and a second linker that are different in structure, and the plurality of segments either comprises at least a first and a second segment that are different in structure, wherein the first segment, when not at an edge of the SOF, is connected by linkers to at least three other segments, wherein at least one connection is via the first linker and at least one connection is via the second linker, or consists of segments having an identical structure, wherein the segments that are not at edges of the SOF are connected by linkers to at least three other segments, wherein at least one connection is via the first linker and at least one connection is via the second linker.
Polycrystalline diamond obtained by converting and sintering non-diamond carbon under a pressure of 12 to 25 GPa and at a temperature of 1800°C to 2600°C without addition of a sintering aid or a catalyst, wherein sintered diamond grains constituting the polycrystalline diamond have an average grain diameter of more than 50 nm and less than 2500 nm and a purity of 99% or more, and wherein the non-diamond carbon and the diamond each have a D90 grain diameter fulfilling the following equation: D 90 grain diameter ≤ average grain diameter + average grain diameter × 0.9. wherein sintered diamond grains constituting the polycrystalline diamond have an average grain diameter of more than 50 nm and less than 2500 nm and a purity of 99% or more, and wherein the non-diamond carbon and the diamond each have a D90 grain diameter fulfilling the following equation: D 90 grain diameter ≤ average grain diameter + average grain diameter × 0.9.
A system adapted to deliver fluid to a wound therapy dressing, comprising: a negative pressure source adapted to be in fluid communication with the wound therapy dressing to provide negative pressure to the wound therapy dressing; a housing adapted to receive a fluid reservoir, the fluid reservoir adapted to be in fluid communication with the wound therapy dressing to provide fluid from the fluid reservoir to the wound therapy dressing; and a control circuit adapted to control the negative pressure in the wound therapy dressing, and characterised in that the system further comprises a biasing mechanism adapted to secure the fluid reservoir in the housing and to exert a positive pressure on the fluid in the fluid reservoir and the control circuit is coupled to a flow controller adapted to be positioned in fluid communication between the fluid reservoir and the wound therapy dressing. a negative pressure source adapted to be in fluid communication with the wound therapy dressing to provide negative pressure to the wound therapy dressing; a housing adapted to receive a fluid reservoir, the fluid reservoir adapted to be in fluid communication with the wound therapy dressing to provide fluid from the fluid reservoir to the wound therapy dressing; and a control circuit adapted to control the negative pressure in the wound therapy dressing, and a biasing mechanism adapted to secure the fluid reservoir in the housing and to exert a positive pressure on the fluid in the fluid reservoir and the control circuit is coupled to a flow controller adapted to be positioned in fluid communication between the fluid reservoir and the wound therapy dressing.
A method for producing an α-acyloxycarbonyl compound comprising: performing an intermolecular reaction between a carboxylic acid and a carbonyl compound selected from the group consisting of ketones, aldehydes, and esters, which have a hydrogen atom at the α-position, using a hydroperoxide as an oxidizer and an iodide salt as a catalyst precursor, thereby introducing an acyloxy group derived from the carboxylic acid into the α-position of the carbonyl compound. performing an intermolecular reaction between a carboxylic acid and a carbonyl compound selected from the group consisting of ketones, aldehydes, and esters, which have a hydrogen atom at the α-position, using a hydroperoxide as an oxidizer and an iodide salt as a catalyst precursor, thereby introducing an acyloxy group derived from the carboxylic acid into the α-position of the carbonyl compound.
Pneumatic vehicle tyre, in particular of radial construction, having a carcass, having sidewalls, having a tread, and having an off-shoulder region arranged between the tread and the sidewall, wherein the carcass is covered with a sidewall rubber strip towards the outside in the sidewall region and wherein a technically active structure and lettering (5, 6) are arranged on the sidewall rubber strip, wherein the technically active structure is arranged over the entire sidewall height and in an encircling manner around the sidewall circumference and wherein the lettering (5, 6) is arranged on the structure, characterized in that the structure is a structure introduced into the sidewall rubber strip in a recessed manner, such as a golf ball structure.
A vial adaptor comprising: a housing member comprising a piercing member having a proximal end and a distal end, the distal end of the piercing member configured to pierce the septum of a vial; a connector configured to couple the housing member with the vial; an extractor channel formed in the housing member, the extractor channel configured to facilitate withdrawal of a medical fluid from the vial when the adaptor is coupled to the vial; a regulator channel formed in the piercing member, the regulator channel configured to facilitate a flow of a regulating fluid therethrough during withdrawal of the medical fluid; and an expansion member connected with an external surface of the proximal end of the piercing member and in fluid communication with the regulator channel, the expansion member configured to expand to receive the flow of the regulating fluid as the medical fluid is withdrawn from the vial. a housing member comprising a piercing member having a proximal end and a distal end, the distal end of the piercing member configured to pierce the septum of a vial; a connector configured to couple the housing member with the vial; an extractor channel formed in the housing member, the extractor channel configured to facilitate withdrawal of a medical fluid from the vial when the adaptor is coupled to the vial; a regulator channel formed in the piercing member, the regulator channel configured to facilitate a flow of a regulating fluid therethrough during withdrawal of the medical fluid; and an expansion member connected with an external surface of the proximal end of the piercing member and in fluid communication with the regulator channel, the expansion member configured to expand to receive the flow of the regulating fluid as the medical fluid is withdrawn from the vial.
A node to propagate data packets in a network of nodes, each node in the network having one or more connections to other nodes, the node comprising: a processor; a network interface to provide network connectivity; and memory including processor-executable instructions that, when executed by the processor, cause the processor to: generate at least one data packet of a first type; collect a set of data packets of the first type during a first time period, the set including the at least one generated data packet and at least one data packet of the first type received from one or more first nodes in the network; arbitrarily select two or more neighbouring nodes connected to the node for each data packet in the set; and transmit each data packet in the set to the selected two or more neighbouring nodes in response to a triggering condition being met. a processor; a network interface to provide network connectivity; and memory including processor-executable instructions that, when executed by the processor, cause the processor to: generate at least one data packet of a first type; collect a set of data packets of the first type during a first time period, the set including the at least one generated data packet and at least one data packet of the first type received from one or more first nodes in the network; arbitrarily select two or more neighbouring nodes connected to the node for each data packet in the set; and transmit each data packet in the set to the selected two or more neighbouring nodes in response to a triggering condition being met. generate at least one data packet of a first type; collect a set of data packets of the first type during a first time period, the set including the at least one generated data packet and at least one data packet of the first type received from one or more first nodes in the network; arbitrarily select two or more neighbouring nodes connected to the node for each data packet in the set; and transmit each data packet in the set to the selected two or more neighbouring nodes in response to a triggering condition being met.
A personal liquid cleanser composition comprising: (a) 1 to 30% by wt of fatty acyl isethionates; (b) 1 to 30% by wt. of a co-surfactant selected from the group consisting of anionic, nonionic, amphoteric, zwitterionic synthetic surfactants and mixture of above; (c) 0.5 to 10% by wt. of alkanolamide and/or alkylamineoxide wherein the amount of alkanolamide and/or alkylamineoxide is ≥ 15 wt% of total amount of items a and b; (d) 0.5 to 14 wt% of straight chain fatty acids; or mixture of straight chain fatty acids with straight chain fatty alcohols and/or aliphatic hydrocarbon oils; wherein total amount of straight chain fatty acids, straight chain fatty alcohols and aliphatic hydrocarbon oils are used at a level of at least 10% of fatty acyl isethionates (a) and synthetic cosurfactants (b) combination; wherein said liquid cleansing composition contains liquid crystalline-phase, as recognized by characteristic patterns observed via optical microscopy or x-ray diffraction; wherein the final composition has a thermal trace in a differential scanning colorimetry experiment using the methodology of differential scanning calorimetry described in the description,_such that more than 50% of the transition enthalpy measured between 5 and 60°C occurs in the window from 5 to 35°C; and wherein the composition is stable at 40°C for at least 2 weeks. (a) 1 to 30% by wt of fatty acyl isethionates; (b) 1 to 30% by wt. of a co-surfactant selected from the group consisting of anionic, nonionic, amphoteric, zwitterionic synthetic surfactants and mixture of above; (c) 0.5 to 10% by wt. of alkanolamide and/or alkylamineoxide wherein the amount of alkanolamide and/or alkylamineoxide is ≥ 15 wt% of total amount of items a and b; (d) 0.5 to 14 wt% of straight chain fatty acids; or mixture of straight chain fatty acids with straight chain fatty alcohols and/or aliphatic hydrocarbon oils; wherein total amount of straight chain fatty acids, straight chain fatty alcohols and aliphatic hydrocarbon oils are used at a level of at least 10% of fatty acyl isethionates (a) and synthetic cosurfactants (b) combination;
Method for determining an actual latency in a packet-oriented communication network having a guaranteed maximum transmission time for the data packets, wherein a specific quality of service of the communication link is reserved prior to a data transmission by means of a reservation request from a sender (2, T) to the receiver (2, L) and the requested quality of service of the communication link between sender (2, T) and receiver (2, L) is guaranteed in the network for the datastream by confirmation of the reservation request or an indication is given by means of a rejection that transmission is not possible, characterized in that for determining the actual latency, a datastream is sent from the sender (2, T) to the receiver (2, L), the content of which are data packets having a time entry which consists of the sum of the current time on sending the data packet plus a predeterminable time interval, in that in the receiver (2, L), the processing time is compared with the time entry, the receiver (2, L) sending back an error message if the processing time is after the time entry in time, and in that the predefinable time interval is varied for different data packets.
A conjugate comprising i) a compound comprising a helicar motif amino acid sequence selected from the group consisting of SEQ ID NO: 01, a variant of SEQ ID NO: 01 wherein one amino acid residue has been changed to cysteine, SEQ ID NO: 02, and SEQ ID NO: 03, and ii) an antibody that specifically binds to the helicar motif amino acid sequence, wherein the conjugate comprises a covalent bond between the compound comprising the helicar motif amino acid sequence and an amino acid residue in the CDR2 of the anti-helicar antibody, whereby the CDR2 is determined according to Kabat.
A wireless access point (104; 106; 204; 206) comprising a receiver portion, a timing signal portion and a clock, wherein the receiver portion is configured to obtain a timing signal transmitted by a single navigation satellite (102; 202), wherein the timing signal portion is configured to extract timing information from the timing signal obtained by the receiver portion based upon a known position of the access point (104; 106; 204; 206) and wherein the clock is configured to be compensated with the timing information.
Mobile rotor locking device (7.a a, b, c) for locking a rotor of a wind turbine, which rotor locking device is designed to lock a rotor so that it is prevented from rotating about a horizontal axis and the longitudinal axis of a rotor blade is fixed in a vertical plane, namely in a so-called "6 o'clock position", and the rotor locking device is designed to fix a main shaft (330 a, b, c) on which a rotor is disposed in a torsionally stiff arrangement to prevent a rotation about its longitudinal axis, and the rotor locking device comprises a first and a second locking member (100 a, b, c, 200 a, b, c), the first locking member (100 a, b, c) preferably bering designed to fix a main shaft (330 a, b, c) to prevent a rotation about its longitudinal axis in a first direction and the second locking member (200 a, b, c) being designed to fix a main shaft to prevent a rotation about its longitudinal axis in a second direction opposite the first direction, characterised in that each of the two locking members (100 a, b, c, 200 a, b, c) comprises a fixing device for fixing the locking member on a main shaft (330 a, b, c) as well as a contract surface (121 a, b, c, 221 a, b, c) for transmitting compressive forces to a stationary base frame, and each of the two locking members (100 a, b, c, 200 a, b, c) further comprises a base plate (110 a, b, c, 210 a, b, c) and a fixing wedge (120 a, b, c, 220 a, b, c), and the base plate (110 a, b, c, 210 a, b, c) comprises a stop portion (115 a, b, c, 215 a, b, c).