mhurhangee/ep-ind-claims huggingface dataset:
Link-chain cage for a linear anti-friction bearing, having the following features: a first chain link and a second chain link, the first and the second chain link having in each case a first rolling-body seat and a seat for a connecting element; and a connecting element which is coupled to the seats for the connecting element of the first and the second chain link, the seats for the connecting element of the first and the second chain link being configured to be capable of being coupled releasably multiple times to the connecting element or another connecting element; the first and/or the second chain link having a first material; and the connecting element having a second material which is different from the first material; the rolling-body seat of the first and the second chain link being configured in each case to receive the rolling body in the link-chain cage on its own and to hold it rotatably; and it being possible for the chain links to be threaded onto the connecting element. a first chain link and a second chain link, the first and the second chain link having in each case a first rolling-body seat and a seat for a connecting element; and a connecting element which is coupled to the seats for the connecting element of the first and the second chain link, the seats for the connecting element of the first and the second chain link being configured to be capable of being coupled releasably multiple times to the connecting element or another connecting element; the first and/or the second chain link having a first material; and the connecting element having a second material which is different from the first material; the rolling-body seat of the first and the second chain link being configured in each case to receive the rolling body in the link-chain cage on its own and to hold it rotatably; and it being possible for the chain links to be threaded onto the connecting element.
Method for positioning a set of vehicles comprising at least two vehicles (2, 3, 4, 9) with respect to remarkable points (6, 7, 8) comprising the following steps: - a step of starting from a known position, from which the position of each vehicle is known using either an inertial measurement unit or an Ultra-Short Baseline acoustic system, USBL, the respective locations of said remarkable points (6, 7, 8) not being known; - a step of communicating the location of at least a first vehicle having discovered a first remarkable point to at least one other vehicle (3, 4, 9) of the set of vehicles, the said first vehicle remaining substantially stationary with respect to the said first remarkable point and at least the said other vehicle (3, 4, 9) of the set of vehicles determining its position with respect to the said at least first vehicle; - a step of searching for a second remarkable point, different from said first remarkable point, by the set of vehicles except said first vehicle; - a step of communicating the location of at least one second vehicle having discovered a second remarkable point (7, 8) to at least said first vehicle, said second vehicle remaining substantially stationary with respect to said second remarkable point and at least said first vehicle determining its position with respect to said at least second vehicle - a step of searching for another remarkable point, different from the first and second remarkable points, by all the vehicles except said second vehicle. - a step of starting from a known position, from which the position of each vehicle is known using either an inertial measurement unit or an Ultra-Short Baseline acoustic system, USBL, the respective locations of said remarkable points (6, 7, 8) not being known; - a step of communicating the location of at least a first vehicle having discovered a first remarkable point to at least one other vehicle (3, 4, 9) of the set of vehicles, the said first vehicle remaining substantially stationary with respect to the said first remarkable point and at least the said other vehicle (3, 4, 9) of the set of vehicles determining its position with respect to the said at least first vehicle; - a step of searching for a second remarkable point, different from said first remarkable point, by the set of vehicles except said first vehicle; - a step of communicating the location of at least one second vehicle having discovered a second remarkable point (7, 8) to at least said first vehicle, said second vehicle remaining substantially stationary with respect to said second remarkable point and at least said first vehicle determining its position with respect to said at least second vehicle - a step of searching for another remarkable point, different from the first and second remarkable points, by all the vehicles except said second vehicle.
Splicing channel unit for a splicer with a splicing channel and at least one inlet channel (69o, 69u) for the splicing air flowing into the splicing channel, wherein a part (69o, 69u) of the inlet channel (66o, 66u) flowing into the splicing channel has no structures to prohibit the flow of the splicing air, whereby the diameter (d) of the mouth (70o, 70u) of the inlet channel (66o, 66u) into the splicing channel is maximum 1.5 mm; characterised in that the inlet channel (66o, 66u) has a narrowing transition in the direction of the splicing chamber from a preceding, large hole-formed inlet channel part (68o, 68u) to one with an additional smaller hole into the part (69o, 69u) flowing into the splicing channel, wherein the part (69o, 69u) flowing into the spicing channel has a length of at least 3.5 mm.
A removable tip assembly for a handheld and/or mountable fluid-ejection device, comprising: a hollow body adapted to contain a supply of fluid to be ejected from the removable tip assembly, the hollow body being adapted to be placed on a pneumatic fitting of the fluid-ejection device; a fluid-ejection mechanism located at an end of the hollow body; and a cap disposed on the end of the hollow body such that just the fluid-ejection mechanism is exposed through the cap. a hollow body adapted to contain a supply of fluid to be ejected from the removable tip assembly, the hollow body being adapted to be placed on a pneumatic fitting of the fluid-ejection device; a fluid-ejection mechanism located at an end of the hollow body; and a cap disposed on the end of the hollow body such that just the fluid-ejection mechanism is exposed through the cap.
Method for preparing the surface of a substrate for the purpose of accepting and holding a coating sprayed by a plasma torch, said method being of the type of the one comprising a machining phase, CHARACTERIZED IN THAT it comprises the following phases: - producing, by means of a machine tool at least one groove with at least one angled edge, - offsetting the tool, by moving the tool relative to the surface of the substrate, according to a direction perpendicular to the longitudinal axis of the groove and along a path shorter than the projected length of the angled edge, - using said tool on the angled edge of the groove in such a way as to subject this edge to stress and create another offset groove and so on and so forth such that the ribs (111, 112, 113, 114) finally obtained between each groove are irreversibly deformed under the action of the tool and adopt undercut surfaces. - producing, by means of a machine tool at least one groove with at least one angled edge, - offsetting the tool, by moving the tool relative to the surface of the substrate, according to a direction perpendicular to the longitudinal axis of the groove and along a path shorter than the projected length of the angled edge, - using said tool on the angled edge of the groove in such a way as to subject this edge to stress and create another offset groove and so on and so forth such that the ribs (111, 112, 113, 114) finally obtained between each groove are irreversibly deformed under the action of the tool and adopt undercut surfaces.
A payment terminal comprising: - a radio module comprising a first baseband part, a second radiofrequency part, a first power supply interface for said baseband part and a second power supply interface for said second radiofrequency part; - a regulated power supply connected to said first power supply interface; - a high power supply connected to said second power supply interface characterized in that the electronic device furthermore comprises a functional module fulfilling the functions of the payment terminal except for the communications function fulfilled by the radio module, said functional module being powered by said regulated power supply. - a radio module comprising a first baseband part, a second radiofrequency part, a first power supply interface for said baseband part and a second power supply interface for said second radiofrequency part; - a regulated power supply connected to said first power supply interface; - a high power supply connected to said second power supply interface characterized in that the electronic device furthermore comprises a functional module fulfilling the functions of the payment terminal except for the communications function fulfilled by the radio module, said functional module being powered by said regulated power supply.
A hearing aid (120, 220, 320) comprising a hearing aid housing (140, 240, 340) having a microphone (160, 260, 360) for reception of sound and conversion of the received sound into a corresponding first audio signal, a signal processor (150, 250, 350) for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid (120, 220, 320), and a wireless communications unit (130, 230, 330) connected to the signal processor (150, 250, 350) for wireless data communication, and an attachment member (100, 200, 300) connectable to the hearing aid housing (140, 240, 340), the wireless communications unit (130, 230, 330) being interconnected with an antenna (110, 210, 310) having a first pole element (111, 211, 311) and a second pole element (112, 212, 312) for emission and reception of an electromagnetic field, wherein the antenna (110, 210, 310) is a dipole antenna, wherein at least a part of the first pole element (111, 211, 311) extends via the attachment member and the second pole element (112, 212, 312) extends in the hearing aid housing (140, 240, 340), characterized in that the attachment member (100, 200, 300) being a sound transmission member configured to transmit the second audio signal from the hearing aid housing (140, 240, 340) to an ear of the user, wherein the attachment member comprises one or more conducting elements at least one of the one or more conducting elements forming at least a part of the first pole element of the antenna, and wherein at least one of the one or more conducting elements conduct the second audio signal to a receiver positioned in the ear of the user, and the second pole element (212, 312) of the antenna has a first section (214, 314) extending along a first side of the hearing aid housing and a second section (216, 316) extending along a second side of the hearing aid housing (240, 340). a microphone (160, 260, 360) for reception of sound and conversion of the received sound into a corresponding first audio signal, a signal processor (150, 250, 350) for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid (120, 220, 320), and a wireless communications unit (130, 230, 330) connected to the signal processor (150, 250, 350) for wireless data communication, and an attachment member (100, 200, 300) connectable to the hearing aid housing (140, 240, 340),
A method for reproducing multichannel audio, comprising: transmitting a multichannel audio encoded source signal to a plurality of decoder processing units in some DSP and amplification units, each of the plurality of decoder processing units having at least two different output channels corresponding to different positions in a listening environment, wherein an output signal from each output channel is determined by the output channel position while the source signal is independent of the output channel positions in the listening environment. transmitting a multichannel audio encoded source signal to a plurality of decoder processing units in some DSP and amplification units, each of the plurality of decoder processing units having at least two different output channels corresponding to different positions in a listening environment, wherein an output signal from each output channel is determined by the output channel position while the source signal is independent of the output channel positions in the listening environment.
A method of determining whether or not a test subject is affected with acute lung injury, comprising quantifying heat shock protein 47 in a biological sample derived from a test subject.
Cutting device for cutting a sternum (22; 8) of a patient, comprising a laser source adapted to generate a cut laser beam, a beam adjusting structure for directing the cut laser beam generated by the laser source along a predefined cut geometry (811, 812, 821, 822) at the sternum (22; 8), a support carrying the laser source, and a correction arrangement, wherein the support has a mounting structure adapted to be fixed to a rib cage of the patient such that the laser source is in a predefined position with respect to the sternum (22; 8), characterized in that the correction arrangement is adapted to automatically identify a movement of the laser source relative to the sternum (22; 8) causing the cut laser beam of the laser source to deviate from the predefined cut geometry (221; 811, 812, 821, 822) and adapted to automatically adjust the position of the laser source relative to the sternum (22; 8) to correct the deviation of the cut laser beam of the laser source with respect to the predefined cut geometry (221; 811, 812, 821, 822), wherein the correction arrangement optionally comprises a sensor adapted to provide a spatial signal related to the position of the cut laser beam and the sternum (22; 8) relative to each other.
A temperature control apparatus, comprising a housing and at least one set of thermosensitive protective action component, wherein: the thermosensitive protective action component comprises a metal actuator, an acting mechanism, and a switch contact set, the acting mechanism controlling an on-off state of the switch contact set, and the switch contact set comprising a movable contact piece and a fixed contact piece; the temperature control apparatus further comprises a connecting component, via which the housing and the thermosensitive protective action component are flexibly connected with each other; the thermosensitive protective action component comprises an elastomer, a part of the elastomer being fixed to the housing and an other part thereof being fixed to the thermosensitive protective action component; the thermosensitive protective action component further comprises a support frame, wherein the metal actuator and the acting mechanism are both disposed on the support frame and the acting mechanism can move up and down relative to the support frame; a convex column is disposed on the support frame at an end thereof opposite to the metal actuator and a groove is formed on a bottom of the convex column for coordinating with the elastomer; and the elastomer is a spring steel wire, wherein both ends (2521, 2522) of the spring steel wire are fixedly connected to the housing, and an intermediate section thereof is disposed in the groove and fixedly connected to the support frame of the thermosensitive protective action component. the thermosensitive protective action component comprises a metal actuator, an acting mechanism, and a switch contact set, the acting mechanism controlling an on-off state of the switch contact set, and the switch contact set comprising a movable contact piece and a fixed contact piece; the temperature control apparatus further comprises a connecting component, via which the housing and the thermosensitive protective action component are flexibly connected with each other;
Linear light with an axially extending housing in which an optical element and an electrical element are integrated, wherein the optical element is formed as a profile that corresponds approximately to the length of the housing and wherein the electrical element is also formed as a profile, wherein the profiles can be inserted axially into the housing via a front side and are braced against one another transversally to the axial direction in the installed state, characterized in that the housing is closed on all sides and has an intake opening on an axial side that is smaller than the sum of the cross-section area that is formed by the encasings of both profiles (7, 8).
A box nut retainer, comprising: - a support; - a fastener sleeve defining an opening and extending downwardly from the support; and - a resilient arm (180, 182) extending upwardly and outwardly relative to the fastener sleeve toward the support, characterized in that the resilient arm (180, 182) defines a ledge (210, 212) and comprises a serrated finger (192, 202), wherein the serrated finger (192, 202) is generally parallel with the fastener sleeve. - a support; - a fastener sleeve defining an opening and extending downwardly from the support; and - a resilient arm (180, 182) extending upwardly and outwardly relative to the fastener sleeve toward the support,
A mixer truck having a mixer drum that is capable of carrying ready-mixed concrete, comprising: a driving device that is configured to drive the mixer drum to rotate using a fluid pressure of a working fluid; a driving condition detector (5a, 6a) that is configured to detect a driving condition of the mixer drum driven by the driving devise; a controller that is configured to determine a magnitude of rotation unevenness in the mixer drum by comparing a magnitude of variation in the driving condition detected by the driving condition detector (5a, 6a) with a predetermined set value after the ready-mixed concrete in the mixer drum has been discharged; and a notifying device that is configured to notify a driver that the magnitude of the rotation unevenness in the mixer drum has reached an allowable value when the controller determines that the magnitude of the variation in the driving condition detected by the driving condition detector has reached the set value. a driving device that is configured to drive the mixer drum to rotate using a fluid pressure of a working fluid; a driving condition detector (5a, 6a) that is configured to detect a driving condition of the mixer drum driven by the driving devise; a controller that is configured to determine a magnitude of rotation unevenness in the mixer drum by comparing a magnitude of variation in the driving condition detected by the driving condition detector (5a, 6a) with a predetermined set value after the ready-mixed concrete in the mixer drum has been discharged; and a notifying device that is configured to notify a driver that the magnitude of the rotation unevenness in the mixer drum has reached an allowable value when the controller determines that the magnitude of the variation in the driving condition detected by the driving condition detector has reached the set value.
A communication method, comprising: sending, by a network device, temporary synchronization signal block, SSB, burst configuration information to a terminal device served by a secondary serving cell, wherein the temporary SSB burst configuration information comprises a periodicity and/or an offset for sending a temporary SSB burst by the network device in the secondary serving cell configured for the terminal device; and sending, by the network device, a temporary SSB burst in the secondary serving cell based on the temporary SSB burst configuration information, wherein a temporary SSB comprised in the temporary SSB burst does not comprise a physical broadcast channel, PBCH, and only includes a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, characterized in that the temporary SSB carries index information of the temporary SSB, wherein the temporary SSB carries 1 bit of information, indicating a remainder of an index mod 2, wherein the index is an index of a half-frame for sending the temporary SSB burst; or the temporary SSB carries 2 bits of information, indicating a remainder of an index mod 4, wherein the index is an index of a half-frame for sending the temporary SSB burst. sending, by a network device, temporary synchronization signal block, SSB, burst configuration information to a terminal device served by a secondary serving cell, wherein the temporary SSB burst configuration information comprises a periodicity and/or an offset for sending a temporary SSB burst by the network device in the secondary serving cell configured for the terminal device; and sending, by the network device, a temporary SSB burst in the secondary serving cell based on the temporary SSB burst configuration information, wherein a temporary SSB comprised in the temporary SSB burst does not comprise a physical broadcast channel, PBCH, and only includes a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, characterized in that the temporary SSB carries index information of the temporary SSB, wherein the temporary SSB carries 1 bit of information, indicating a remainder of an index mod 2, wherein the index is an index of a half-frame for sending the temporary SSB burst; or the temporary SSB carries 2 bits of information, indicating a remainder of an index mod 4, wherein the index is an index of a half-frame for sending the temporary SSB burst.
A liquid formulation of a recombinant fusion protein, which comprises a recombinant fusion protein, a buffer salt, a stabilizer, a surfactant and sterile water for injection, wherein, the recombinant fusion protein has a concentration of 5 to 45 mg/mL; the buffer salt is selected from citrate salt, acetate salt or any combination thereof, and has a concentration of 5 to 25 mmol/L; the stabilizer is an amino acid or a combination of a polyol and an amino acid, wherein the amino acid is arginine, and the polyol is sucrose; and the amino acid has a concentration of 50 to 350 mmol/L; and the polyol has a concentration of 1-15 wt%, based on total weight of the liquid formulation; the surfactant is selected from polysorbate 20, polysorbate 80, poloxamer 188, or any combination thereof and has a concentration of 0.01-0.08 wt%, based on total weight of the liquid formulation; and the pH of the liquid formulation is from 5.5 to 7.5; the recombinant fusion protein is a recombinant fusion protein of human vascular endothelial growth factor receptor-antibody-human complement receptor 1 which has an amino acid sequence as shown in SEQ ID NO. 1 or SEQ ID NO. 3. the recombinant fusion protein has a concentration of 5 to 45 mg/mL; the buffer salt is selected from citrate salt, acetate salt or any combination thereof, and has a concentration of 5 to 25 mmol/L; the stabilizer is an amino acid or a combination of a polyol and an amino acid, wherein the amino acid is arginine, and the polyol is sucrose; and the amino acid has a concentration of 50 to 350 mmol/L; and the polyol has a concentration of 1-15 wt%, based on total weight of the liquid formulation; the surfactant is selected from polysorbate 20, polysorbate 80, poloxamer 188, or any combination thereof and has a concentration of 0.01-0.08 wt%, based on total weight of the liquid formulation; and the pH of the liquid formulation is from 5.5 to 7.5; the recombinant fusion protein is a recombinant fusion protein of human vascular endothelial growth factor receptor-antibody-human complement receptor 1 which has an amino acid sequence as shown in SEQ ID NO. 1 or SEQ ID NO. 3.