mhurhangee/ep-ind-claims huggingface dataset:
Self-drilling fastening element for chemical anchoring in a base, comprising a hollow cylindrical receiving body that comprises a drill head at one end and in which an ejectable, hardenable multicomponent substance is provided, which comprises at least one hardener and at least one reactive resin, which are stored separately from one another and harden when mixed together, and at least one through-opening (17, 19) for the hardenable substance being provided in and/or in the region of the drilling head, characterised in that at least the reactive resin comprises two different formulations (29, 30), which are arranged one behind the other, the second formulation of the reactive resin, which hardens rapidly when mixed with the at least one hardener, being arranged, in the setting direction of the fastening element, behind the first formulation of the reactive resin, which hardens more slowly when mixed with the at least one hardener, the components of the hardenable substance being arranged in chambers (24, 25) of a tubular bag and all of the components of the hardenable substance being arranged in a common tubular bag.
A method for synchronization scheduling, comprising: lower layer network element(s) obtaining multiple synchronization sequences of a Multimedia Broadcast Multicast Service, MBMS, from an upper layer network element corresponding to the lower layer network element(s), wherein the upper layer network element marks data packets of the MBMS, which are received within a synchronization sequence length, with the same timestamp information to obtain multiple synchronization sequences, each of which is made up of a set of data packets with the same timestamp information, and transmits the multiple synchronization sequences to the lower layer network element(s); the lower layer network element(s) determining a scheduling transmission time interval according to the synchronization sequence length and a time division multiplexing period of the MBMS, wherein the scheduling transmission time interval is a common multiple of the time division multiplexing period and the synchronization sequence length, and the time division multiplexing period of the MBMS is 1/n time of the period of a wireless interface connection frame number, n is an integer; and as for a synchronization sequence whose timestamp locates in a current scheduling transmission time interval, the lower layer network element(s) transmitting the synchronization sequence to a user in an available transmission period of a designated scheduling transmission time interval. lower layer network element(s) obtaining multiple synchronization sequences of a Multimedia Broadcast Multicast Service, MBMS, from an upper layer network element corresponding to the lower layer network element(s), wherein the upper layer network element marks data packets of the MBMS, which are received within a synchronization sequence length, with the same timestamp information to obtain multiple synchronization sequences, each of which is made up of a set of data packets with the same timestamp information, and transmits the multiple synchronization sequences to the lower layer network element(s); the lower layer network element(s) determining a scheduling transmission time interval according to the synchronization sequence length and a time division multiplexing period of the MBMS, wherein the scheduling transmission time interval is a common multiple of the time division multiplexing period and the synchronization sequence length, and the time division multiplexing period of the MBMS is 1/n time of the period of a wireless interface connection frame number, n is an integer; and as for a synchronization sequence whose timestamp locates in a current scheduling transmission time interval, the lower layer network element(s) transmitting the synchronization sequence to a user in an available transmission period of a designated scheduling transmission time interval.
A subsea comprising: a frame comprising one or more winches and a subsea equipment attachment point and one or more buoyancy modules attached to the frame, characterized in that the subsea equipment attachment point comprises a cardan joint. a frame comprising one or more winches and a subsea equipment attachment point and one or more buoyancy modules attached to the frame, characterized in that the subsea equipment attachment point comprises a cardan joint.
A paging synchronization method, applied to a base station in an unauthorized spectrum application scenario, and comprising: in response to determining that transmission of a synchronous signal block, SSB, for synchronization of a terminal is disabled, configuring a reference signal for paging synchronization for a paging occasion, PO, to be transmitted to the terminal; transmitting the reference signal to the terminal, to enable the terminal to perform paging synchronization based on the reference signal, wherein the transmitting the reference signal to the terminal comprises: determining a pre-designated position for transmitting the reference signal in the SSB transmission cycle; and transmitting the reference signal to the terminal at the pre-designated position, to enable the terminal to receive the reference signal at the pre-designated position, wherein the paging synchronization method further comprises: generating a paging synchronization signaling which comprises position information for indicating the pre-designated position; and transmitting the paging synchronization signaling comprising the position information to the terminal, to enable the terminal to determine the pre-designated position based on the position information in the paging synchronization signaling. in response to determining that transmission of a synchronous signal block, SSB, for synchronization of a terminal is disabled, configuring a reference signal for paging synchronization for a paging occasion, PO, to be transmitted to the terminal; transmitting the reference signal to the terminal, to enable the terminal to perform paging synchronization based on the reference signal, wherein the transmitting the reference signal to the terminal comprises: determining a pre-designated position for transmitting the reference signal in the SSB transmission cycle; and transmitting the reference signal to the terminal at the pre-designated position, to enable the terminal to receive the reference signal at the pre-designated position, determining a pre-designated position for transmitting the reference signal in the SSB transmission cycle; and transmitting the reference signal to the terminal at the pre-designated position, to enable the terminal to receive the reference signal at the pre-designated position, wherein the paging synchronization method further comprises: generating a paging synchronization signaling which comprises position information for indicating the pre-designated position; and transmitting the paging synchronization signaling comprising the position information to the terminal, to enable the terminal to determine the pre-designated position based on the position information in the paging synchronization signaling. generating a paging synchronization signaling which comprises position information for indicating the pre-designated position; and transmitting the paging synchronization signaling comprising the position information to the terminal, to enable the terminal to determine the pre-designated position based on the position information in the paging synchronization signaling.
An antibacterial medical equipment characterized in that inositol phosphate is bonded to a Ca compound of a medical equipment whose surface is at least coated with a layer of the Ca compound, or a medical equipment comprising the Ca compound, and wherein silver ions are bonded to the inositol phosphate, and wherein the antibacterial medical equipment is an antibacterial implant.
A method for thermal printing of a thermally printable photonic crystal material or assembly, the method comprising: providing the photonic crystal material or assembly, wherein the material or assembly contains voids, the material or assembly having an optically detectable change in its reflection peak and a disruption of the voids when exposed to a temperature equal to or about a thermal threshold; and exposing the photonic crystal material or assembly to a heat source, the heat source being controllable to selectively apply heat to one or more portions of the photonic crystal material or assembly and not the remainder of the photonic crystal material or assembly; wherein the heat being applied is equal to or greater than the thermal threshold of the photonic crystal material or assembly, in order to cause an optically detectable change in the one or more heated portions of the material or assembly; wherein the photonic crystal material or assembly: has a three-dimensional periodic structure including an array of the voids; or includes periodically repeating layers with different refractive indices, where the voids are within one or more of the repeating layers. providing the photonic crystal material or assembly, wherein the material or assembly contains voids, the material or assembly having an optically detectable change in its reflection peak and a disruption of the voids when exposed to a temperature equal to or about a thermal threshold; and exposing the photonic crystal material or assembly to a heat source, the heat source being controllable to selectively apply heat to one or more portions of the photonic crystal material or assembly and not the remainder of the photonic crystal material or assembly; wherein the heat being applied is equal to or greater than the thermal threshold of the photonic crystal material or assembly, in order to cause an optically detectable change in the one or more heated portions of the material or assembly; wherein the photonic crystal material or assembly: has a three-dimensional periodic structure including an array of the voids; or includes periodically repeating layers with different refractive indices, where the voids are within one or more of the repeating layers. has a three-dimensional periodic structure including an array of the voids; or includes periodically repeating layers with different refractive indices, where the voids are within one or more of the repeating layers.
A wrist orthosis for support of a patient's wrist, comprising a wire frame which is configured to a engage a forearm, wrist, and hand of a patient, wherein the wire frame comprises a continuous connection of a radial wire section configured to extend in a distal direction along the forearm, wrist and a radial side of the hand to an interdigital space between the thumb and index finger of the hand, wherein the radial wire section is connected to a palmar wire section configured to extend in a lateral direction from the interdigital space along a palmar region of the hand toward an ulnar side of the hand, and wherein the palmar wire section is connected to an ulnar wire section configured to extend from the ulnar side of the hand in proximal direction toward and along the wrist and forearm; and wherein the radial wire section and the ulnar wire section are laterally spaced apart along an intermediate dorsal region of the hand.
A drug delivery system component comprising an RGD-enriched collagen in which the percentage of RGD motifs related to the total number of amino acids is at least 0.4 and if the RGD-enriched collagen comprises 350 amino acids or more, each stretch of 350 amino acids contains at least one RGD motif, in which the RGD-enriched collagen consists for at least 80% of one or more parts of native human collagen sequences and said parts of native human collagen sequences have a length of at least 30 amino acids.
A gear unit having a housing, wherein the housing has a first housing part and a second housing part, wherein the first housing part is identical to the second housing part, wherein the first housing part is connected to the second housing part, characterised in that in a first opening in the second housing part, a sealing cover is placed against a partition-wall portion, the gear unit has an input shaft, wherein the first housing part has a first opening for the passage of the input shaft, wherein the first housing part has a second opening which is sealed with respect to the environment by a first sealing cover, wherein the second housing part has the partition-wall portion in the first opening, which partition-wall portion narrows the first opening, wherein the perpendicular projection of the first opening parallel to the rotational axis of the input shaft is a circle and the perpendicular projection of the partition-wall portion parallel to the rotational axis of the input shaft is at least partially bounded by a secant of the circle, wherein in the first opening in the second housing part, a sealing cover is placed against the partition-wall portion, wherein a bearing of an intermediate shaft is received in the partition-wall portion. wherein the housing has a first housing part and a second housing part, wherein the first housing part is identical to the second housing part, wherein the first housing part is connected to the second housing part, characterised in that in a first opening in the second housing part, a sealing cover is placed against a partition-wall portion, the gear unit has an input shaft, wherein the first housing part has a first opening for the passage of the input shaft, wherein the first housing part has a second opening which is sealed with respect to the environment by a first sealing cover, wherein the second housing part has the partition-wall portion in the first opening, which partition-wall portion narrows the first opening, wherein the perpendicular projection of the first opening parallel to the rotational axis of the input shaft is a circle and the perpendicular projection of the partition-wall portion parallel to the rotational axis of the input shaft is at least partially bounded by a secant of the circle, wherein in the first opening in the second housing part, a sealing cover is placed against the partition-wall portion, wherein a bearing of an intermediate shaft is received in the partition-wall portion.
A method for the production of a purified alcohol comprising the steps of (a) reacting a synthesis gas comprising carbon monoxide and hydrogen and at least one C n H 2n olefin in the presence of a hydroformylation catalyst under conditions suitable to obtain a product comprising an aldehyde containing n+1 carbon atoms, wherein n is from 3 to 12, (b) catalytically hydrogenating at least part of the aldehyde to produce a first mixture comprising at most 2 % wt of the aldehyde and at least 75% wt of the alcohol based on the weight of the total first mixture, (c) contacting the first mixture with an acetal formation catalyst under conditions suitable for formation of the acetal and/or an unsaturated ether of the aldehyde and the alcohol to produce a second mixture comprising the acetal and/or the unsaturated ether and the alcohol, and (d) distilling the second mixture to produce an overhead comprising the alcohol and a first bottoms comprising at least one of the acetal and the unsaturated ether. (a) reacting a synthesis gas comprising carbon monoxide and hydrogen and at least one C n H 2n olefin in the presence of a hydroformylation catalyst under conditions suitable to obtain a product comprising an aldehyde containing n+1 carbon atoms, wherein n is from 3 to 12, (b) catalytically hydrogenating at least part of the aldehyde to produce a first mixture comprising at most 2 % wt of the aldehyde and at least 75% wt of the alcohol based on the weight of the total first mixture, (c) contacting the first mixture with an acetal formation catalyst under conditions suitable for formation of the acetal and/or an unsaturated ether of the aldehyde and the alcohol to produce a second mixture comprising the acetal and/or the unsaturated ether and the alcohol, and (d) distilling the second mixture to produce an overhead comprising the alcohol and a first bottoms comprising at least one of the acetal and the unsaturated ether.
Automatic single-serve coffee machine with an actuatable Wi-Fi module and a receptacle for receiving coffee capsules, wherein a reader facility connected to a control facility, in particular a barcode reader facility, is arranged in the receptacle, wherein at least one coffee capsule or a paper insert is provided, on which at least one switch-on/switch-off command in the manner of an item of information which can be read by the reader facility, in particular a barcode, is stored for the Wi-Fi module, so that by inserting the coffee capsule or the paper insert into the receptacle, the control facility obtains a command for switching the Wi-Fi module on or off, wherein the control facility is embodied in such a way that it switches the Wi-Fi module on or off on the basis of the command obtained.
Self-propelled pile-driving device, comprising a support frame, a pile-driving assembly that is supported on said frame, and comprising a driving device characterized in that the pile-driving device has a vibratory device, said driving device and said vibratory device being configured to drive a pile into the ground by applying pressure and vibrations respectively, wherein said self-propelled pile-driving device further comprises a pressure sensor and a sensor for detecting the rate at which the pile moves forward, which are operatively connected to the driving assembly so as to activate the driving device and the vibratory device, either selectively or in combination, depending on pressure values and rates of forward motion detected.
A system for sequencing nucleic acid samples, the system comprising: a sequencing instrument for interrogating a control set and a nucleic acid sample for producing control data for the control set and sample data for the nucleic acid sample; and a processor in communication with the sequencing instrument configured to: receive the control data and the sample data from the sequencing instrument; determine a control quality value for the control data and a sample quality value for the sample data, the control quality value identifying a signal to noise ratio of the control data, and the sample quality value identifying a signal to noise ratio of the sample data, compare the control quality value to the sample quality value; when the sample quality value is below a predetermined threshold and the control quality value is above the predetermined threshold, identifying a problem with the sample, perform an event handling routine based on the comparison of the control quality value to the sample quality value and, wherein the processor is further configured to send an instruction to the sequencing instrument to suspend interrogating when a problem with the sample has been identified. a sequencing instrument for interrogating a control set and a nucleic acid sample for producing control data for the control set and sample data for the nucleic acid sample; and a processor in communication with the sequencing instrument configured to: receive the control data and the sample data from the sequencing instrument; determine a control quality value for the control data and a sample quality value for the sample data, the control quality value identifying a signal to noise ratio of the control data, and the sample quality value identifying a signal to noise ratio of the sample data, receive the control data and the sample data from the sequencing instrument; determine a control quality value for the control data and a sample quality value for the sample data, the control quality value identifying a signal to noise ratio of the control data, and the sample quality value identifying a signal to noise ratio of the sample data, compare the control quality value to the sample quality value; when the sample quality value is below a predetermined threshold and the control quality value is above the predetermined threshold, identifying a problem with the sample, perform an event handling routine based on the comparison of the control quality value to the sample quality value and, wherein the processor is further configured to send an instruction to the sequencing instrument to suspend interrogating when a problem with the sample has been identified.
A resilient and flexible valved catheter (40,40a,50,50a) which is made from a resin and which is formed in a tube shape with a closed distal end, and having a valve (43,43a,53, 53a) comprising an openable slit (44,44a,54,54a) that penetrates from the inner surface to the outer surface formed along the longitudinal direction in this distal end section, which valved catheter (40,40a,50,50a) is characterized in that the slit 44,44a,54,54a) is formed in such a way as to lie on an imaginary straight line passing through a center point in the cross-section of the valve catheter (40,40a,50,50a), wherein one edge portion (46,46a,56,56a) of the edge portions (45,45a, 46, 46a, 55, 55a, 56, 56a) of the two sides of said slit (44,44a,54, 54a) of said valve (43,43a,53,53a) deforms more readily than the other edge portion (45,45a,55,55a) in an outward direction when a fluid is caused to flow from the interior to the exterior by way of said valve (43,43a,53,53a), and deforms more readily than the other edge portion (45,45a,46,46a,55,55a,56,56a) in an inward direction when a fluid is caused to flow from the exterior to the interior by way of said valve (43,43a,53,53a), and wherein a thickness of one edge portion (46, 46a, 56, 56a) of said slit (44,44a,54,54a) of said valve (43,43a,53,53a) is thinner than said other edge portion (45,45a,55,55a).