mhurhangee/ep-ind-claims huggingface dataset:
A fiber molded body having a structure in which a fiber layer formed by opening a bundle of continuous fibers having crimps and extending in one direction is folded in a direction in which the continuous fibers extend so that ridges repeatedly appear on a surface of the fiber layer; wherein the fiber molded body forms, on a surface of the fiber molded body, the ridges having a compressed and flattened shape in a thickness direction of the fiber molded body; or wherein the fiber molded body forms a continuous curved surface with the fiber layer which forms the ridges and extends from both sides of the ridges in the thickness direction of the fiber molded body, and portions of the fiber layer of mutually adjacent ridges which form ridges and extend in the thickness direction of the fiber molded body come into close contact with each other in the thickness direction of the fiber molded body.
An electrochemical lead battery comprising at least one electrochemical cell comprising a positive electrode comprising lead oxide PbO 2 and a negative electrode comprising lead metal separated by an electrolyte comprising methanesulfonic acid and at least one lead salt, characterized in that said electrolyte further comprises fluoride ions.
A fan assembly comprising a nozzle mounted on a pedestal, characterized in that the pedestal comprises means for creating an air flow and a telescopic duct for supporting the nozzle and for conveying the air flow to the nozzle, an in that the nozzle comprises a mouth for emitting the air flow, the nozzle extending about an opening through which air from outside the nozzle is drawn by the air flow emitted from the mouth.
A method for 3D printing a 3D item by means of Fused Deposition Modeling, the method comprising (i) providing 3D printable thermoplastic polymer material comprising particles embedded in the 3D printable thermoplastic polymer material, wherein the particles have a longest dimension length L1, a shortest dimension length L2, and an aspect ratio AR defined as the ratio of the longest dimension length L1 and the shortest dimension length L2, and (ii) depositing during a printing stage 3D printable thermoplastic polymer material to provide the 3D item to provide layers of the 3D printed thermoplastic polymer material with a layer height H, wherein 1≤AR≤4 and 1≤H/L2≤5; - wherein the longest dimension length L1 is selected from the range of 5 μm - 1 mm, wherein the layer height H is selected from the range of 50 μm - 10 mm, and wherein the 3D printable thermoplastic polymer material comprises in the range of 1-15 vol.% of the particles, relative to the total volume of the 3D printable thermoplastic polymer material. - wherein the longest dimension length L1 is selected from the range of 5 μm - 1 mm, wherein the layer height H is selected from the range of 50 μm - 10 mm, and wherein the 3D printable thermoplastic polymer material comprises in the range of 1-15 vol.% of the particles, relative to the total volume of the 3D printable thermoplastic polymer material.
A method for producing alumina comprising: a calcining step of calcining aluminium hydroxide which is produced by hydrolyzing aluminium alkoxide and whose cumulative pore volume, pore radius is within a range of 0.01 μm or more and 1 μm or less, is 0.6 mL/g or more, measured by means of mercury intrusion porosimetry, to produce an alumina calcined body; and a crushing step of crushing the alumina calcined body by an airflow crusher, with a speed at which the alumina calcined body passes through a crushing chamber of the airflow crusher of 500 m/s or more. a calcining step of calcining aluminium hydroxide which is produced by hydrolyzing aluminium alkoxide and whose cumulative pore volume, pore radius is within a range of 0.01 μm or more and 1 μm or less, is 0.6 mL/g or more, measured by means of mercury intrusion porosimetry, to produce an alumina calcined body; and a crushing step of crushing the alumina calcined body by an airflow crusher, with a speed at which the alumina calcined body passes through a crushing chamber of the airflow crusher of 500 m/s or more.
A method of scheduling, comprising: receiving a rate request from a mobile station for a scheduling period; assigning a rate and a scheduled duration (526,528) to said mobile station based on a mobile station power constraint and a mobile station available data constraint, said assigned rate and scheduled duration maximizing data sent by said mobile station during said scheduling period while minimizing said scheduled duration, said scheduled duration being an uninterrupted time period including one or more blocks of time in said scheduling period, each of said blocks of time being of a minimum scheduled duration; transmitting a rate assignment responsive to the rate request, the rate assignment indicating the scheduled duration (526, 528) and the assigned rate applicable for the scheduled duration; and receiving data during said scheduled duration (526,528) at the assigned rate, wherein the scheduling period is an interval of time after the period in which transmission of the rate assignment occurred. receiving a rate request from a mobile station for a scheduling period; assigning a rate and a scheduled duration (526,528) to said mobile station based on a mobile station power constraint and a mobile station available data constraint, said assigned rate and scheduled duration maximizing data sent by said mobile station during said scheduling period while minimizing said scheduled duration, said scheduled duration being an uninterrupted time period including one or more blocks of time in said scheduling period, each of said blocks of time being of a minimum scheduled duration; transmitting a rate assignment responsive to the rate request, the rate assignment indicating the scheduled duration (526, 528) and the assigned rate applicable for the scheduled duration; and receiving data during said scheduled duration (526,528) at the assigned rate, wherein the scheduling period is an interval of time after the period in which transmission of the rate assignment occurred.
Method for transmitting a message intended for a first user through a communication network, said message comprising, in a destination address field, a first electronic address of the first user, said first electronic address comprising at least one first domain name, the method comprises the following steps, upon reception of said message by a server of the communication network: - obtaining, on the basis of a telephone number associated with the first user, a second electronic address of said first user, obtaining the second electronic address comprising the following steps, when the first electronic address is not valid: - obtaining, from a client database of an operator of the first domain name, the telephone number on the basis of the first electronic address, - obtaining, from a telephone portability database, a portability prefix associated with the telephone number, - obtaining, from an electronic address portability database, a second domain name, on the basis of said portability prefix, the second domain name being different from the first domain name, - generating the second electronic address comprising at least the telephone number and the second domain name, - replacing the first electronic address with the second electronic address in the message, - transmitting said message to a message reception server of the first user. - obtaining, on the basis of a telephone number associated with the first user, a second electronic address of said first user, obtaining the second electronic address comprising the following steps, when the first electronic address is not valid: - obtaining, from a client database of an operator of the first domain name, the telephone number on the basis of the first electronic address, - obtaining, from a telephone portability database, a portability prefix associated with the telephone number, - obtaining, from an electronic address portability database, a second domain name, on the basis of said portability prefix, the second domain name being different from the first domain name, - generating the second electronic address comprising at least the telephone number and the second domain name, - obtaining, from a client database of an operator of the first domain name, the telephone number on the basis of the first electronic address, - obtaining, from a telephone portability database, a portability prefix associated with the telephone number, - obtaining, from an electronic address portability database, a second domain name, on the basis of said portability prefix, the second domain name being different from the first domain name, - generating the second electronic address comprising at least the telephone number and the second domain name, - replacing the first electronic address with the second electronic address in the message, - transmitting said message to a message reception server of the first user.
A method for operating a hearing aid, - wherein the sound is recorded by means of a microphone, - wherein the sound is analyzed with respect to its correspondence with the own voice of the hearing aid wearer and a feature value is generated which indicates how strongly the sound corresponds with the own voice of the hearing aid wearer, - wherein the own voice is a sound type, - wherein the feature value is compared with a threshold value, - wherein the sound is identified as the own voice depending on whether the feature value is above or below the threshold value, and - wherein the hearing aid is switched between multiple operating modes depending on whether the sound was identified as the own voice, - wherein the threshold value is determined depending on the user and is set as an individual threshold value, in that the threshold value is determined by means of a calibration method, in which the own voice of the hearing aid wearer is recorded and multiple individual feature values are generated, and in which finally the individual threshold value is set depending on the generated individual feature values, characterized in that in addition to the correspondence with the own voice, the sound is also analyzed with respect to a correspondence with at least one other sound type and the other sound type is recorded in the calibration method before or after the recording of the own voice, and multiple feature values are also generated in this case, depending on which the threshold value is set. - wherein the sound is recorded by means of a microphone, - wherein the sound is analyzed with respect to its correspondence with the own voice of the hearing aid wearer and a feature value is generated which indicates how strongly the sound corresponds with the own voice of the hearing aid wearer, - wherein the own voice is a sound type, - wherein the feature value is compared with a threshold value, - wherein the sound is identified as the own voice depending on whether the feature value is above or below the threshold value, and - wherein the hearing aid is switched between multiple operating modes depending on whether the sound was identified as the own voice, - wherein the threshold value is determined depending on the user and is set as an individual threshold value, in that the threshold value is determined by means of a calibration method, in which the own voice of the hearing aid wearer is recorded and multiple individual feature values are generated, and in which finally the individual threshold value is set depending on the generated individual feature values, characterized in that
A method for hyper frame number, HFN, synchronization in a wireless communication system, the method comprising: transmitting, to a receiver, a first RESET packet data unit, PDU, including a first 1-bit reset sequence number, RSN, value; when re-establishment of a radio link control, RLC, entity is initiated during a pending RLC reset procedure, aborting the pending RLC reset procedure and performing the re-establishment of the RLC entity; restarting the pending RLC reset procedure and toggling the first 1-bit RSN value; transmitting, to the receiver, a second RESET PDU, including the toggled RSN value; receiving (804, 809), from the receiver, a first RESET acknowledgement, ACK, PDU for the first RESET PDU including the first RSN value, and a second RESET ACK PDU for the second RESET PDU including the toggled RSN value; discarding the first RESET ACK PDU including the first RSN value; and updating an HFN value based on an HFN value included in the second RESET ACK PDU including the toggled RSN value. transmitting, to a receiver, a first RESET packet data unit, PDU, including a first 1-bit reset sequence number, RSN, value; when re-establishment of a radio link control, RLC, entity is initiated during a pending RLC reset procedure, aborting the pending RLC reset procedure and performing the re-establishment of the RLC entity; restarting the pending RLC reset procedure and toggling the first 1-bit RSN value; transmitting, to the receiver, a second RESET PDU, including the toggled RSN value; receiving (804, 809), from the receiver, a first RESET acknowledgement, ACK, PDU for the first RESET PDU including the first RSN value, and a second RESET ACK PDU for the second RESET PDU including the toggled RSN value; discarding the first RESET ACK PDU including the first RSN value; and updating an HFN value based on an HFN value included in the second RESET ACK PDU including the toggled RSN value.
A method for creating shortcuts to personalized functions in a personal communication device, comprising: receiving and decoding RF tag information using a RF tag reader in the personal communication device; scanning a memory location in the personal communication device for a shortcut based on the received RF tag information, wherein said shortcut includes at least said RF tag information and a corresponding command; and executing the shortcut stored in the memory location, if the shortcut is found; and if the shortcut is not found, using a user interface for selecting or creating a new shortcut to be stored in said memory location and to be executed based on the received RF tag information; wherein each shortcut is related to an application for controlling a particular function of the personal communication device and configured to effect at least one personalized function in the personal communication device in response to the execution of said shortcut. receiving and decoding RF tag information using a RF tag reader in the personal communication device; scanning a memory location in the personal communication device for a shortcut based on the received RF tag information, wherein said shortcut includes at least said RF tag information and a corresponding command; and executing the shortcut stored in the memory location, if the shortcut is found; and if the shortcut is not found, using a user interface for selecting or creating a new shortcut to be stored in said memory location and to be executed based on the received RF tag information; wherein each shortcut is related to an application for controlling a particular function of the personal communication device and configured to effect at least one personalized function in the personal communication device in response to the execution of said shortcut.
A lift device comprising: a chassis; a first actuator coupled to the chassis; a second actuator coupled to the chassis; a third actuator coupled to the chassis; a fourth actuator coupled to the chassis; characterized in that the lift device further comprises a fluid circuit configured to facilitate selectively fluidly coupling the first actuator, the second actuator, the third actuator, and the fourth actuator in at least four different configurations (102, 104, 106, 108) where, in each of the at least four different configurations (102, 104, 106, 108), two of the first actuator, the second actuator, the third actuator, and the fourth actuator are fluidly coupled together while the other two of the first actuator, the second actuator, the third actuator, and the fourth actuator are fluidly decoupled. a chassis; a first actuator coupled to the chassis; a second actuator coupled to the chassis; a third actuator coupled to the chassis; a fourth actuator coupled to the chassis; characterized in that the lift device further comprises a fluid circuit configured to facilitate selectively fluidly coupling the first actuator, the second actuator, the third actuator, and the fourth actuator in at least four different configurations (102, 104, 106, 108) where, in each of the at least four different configurations (102, 104, 106, 108), two of the first actuator, the second actuator, the third actuator, and the fourth actuator are fluidly coupled together while the other two of the first actuator, the second actuator, the third actuator, and the fourth actuator are fluidly decoupled.
A mutant human apoptosis inhibitor of macrophage comprising an amino acid sequence of any one of the following to and having an activity of wild-type human AIM an amino acid sequence as shown in SEQ ID NO: 1, wherein cysteine at amino acid number 168 is substituted with another amino acid, an amino acid sequence as shown in SEQ ID NO: 1, wherein cysteine at amino acid number 277 is substituted with another amino acid, an amino acid sequence as shown in SEQ ID NO: 1, wherein cysteine at amino acid number 168 is substituted with another amino acid, and cysteine at amino acid number 277 is substituted with another amino acid, an amino acid sequence according to any one of to, further comprising deletion, addition, insertion or substitution of one to five amino acids or a combination thereof at a position other than cysteines present in the amino acid sequence of any one of to and the substituted another amino acid, wherein the activity of wild-type human AIM means at least one of activities selected from the group consisting of: endocytosis activity to macrophages, apoptosis suppressive activity of macrophages, arteriosclerosis maintenance/promotion activity, adipocyte differentiation suppressive activity, adipocyte lipolytic activity, adipocyte reducing activity, CD36 binding activity, adipocyte endocytosis activity, FAS binding activity, FAS function suppressive activity, anti-obesity activity, preventive or therapeutic activity of liver diseases (fatty liver, NASH, liver cirrhosis, or liver cancer), and preventive or therapeutic activity of kidney diseases (acute renal failure, chronic nephritis, chronic renal failure, nephrotic syndrome, diabetic nephropathy, nephrosclerosis, IgA nephropathy, hypertensive nephropathy, nephropathy associated with collagen disease or IgM nephropathy). an amino acid sequence as shown in SEQ ID NO: 1, wherein cysteine at amino acid number 168 is substituted with another amino acid, an amino acid sequence as shown in SEQ ID NO: 1, wherein cysteine at amino acid number 277 is substituted with another amino acid, an amino acid sequence as shown in SEQ ID NO: 1, wherein cysteine at amino acid number 168 is substituted with another amino acid, and cysteine at amino acid number 277 is substituted with another amino acid, an amino acid sequence according to any one of to, further comprising deletion, addition, insertion or substitution of one to five amino acids or a combination thereof at a position other than cysteines present in the amino acid sequence of any one of to and the substituted another amino acid,
A refrigerant amount determining method of an air-conditioning apparatus, characterized by comprising: (a) operating the air-conditioning apparatus in a first operation mode, wherein the first operation mode is a mode in which the air-conditioning apparatus is operated in a blowing mode; (b) changing the air-conditioning apparatus to a second operation mode when the operation time of the blowing mode is a pre-set time or longer and when an indoor temperature and an outdoor temperature are within a pre-set temperature range, respectively; (c) detecting a first operation variable of the air-conditioning apparatus, after the step (b), to determine whether or not the air-conditioning apparatus is stabilized; (d) detecting a second operation variable of the air-conditioning apparatus when the first operation variable is within a pre-set range; and (e) determining whether or not the amount of refrigerant charged in the air-conditioning apparatus is proper by using a fuzzy method based on fuzzy data and membership functions previously stored with respect to the detected second operation variable. (a) operating the air-conditioning apparatus in a first operation mode, wherein the first operation mode is a mode in which the air-conditioning apparatus is operated in a blowing mode; (b) changing the air-conditioning apparatus to a second operation mode when the operation time of the blowing mode is a pre-set time or longer and when an indoor temperature and an outdoor temperature are within a pre-set temperature range, respectively; (c) detecting a first operation variable of the air-conditioning apparatus, after the step (b), to determine whether or not the air-conditioning apparatus is stabilized; (d) detecting a second operation variable of the air-conditioning apparatus when the first operation variable is within a pre-set range; and (e) determining whether or not the amount of refrigerant charged in the air-conditioning apparatus is proper by using a fuzzy method based on fuzzy data and membership functions previously stored with respect to the detected second operation variable.
A system for use with landing gear having an aircraft attachment, the system comprising: a shock strut having a cylinder and a piston configured to be at least partially received by the cylinder; a brace configured to be coupled to the shock strut in order to lock the landing gear in a deployed position, and to fold towards the shock strut during retraction of the landing gear; a collar coupled to the brace and the piston and configured to rotate relative to the cylinder in response to folding of the brace, the system characterized by further comprising an upper cam fastened to the piston; a lower cam fastened to the cylinder; wherein the collar is configured to rotate relative to the cylinder in response to folding of the brace such that rotation of the collar rotates the piston and the upper cam relative to the lower cam, the rotation of the upper cam relative to the lower cam forcing the piston towards the aircraft attachment within the cylinder; and wherein the upper bearing and lower bearing are each located such that the upper cam and the lower cam are located between the upper bearing and the lower bearing. a shock strut having a cylinder and a piston configured to be at least partially received by the cylinder; a brace configured to be coupled to the shock strut in order to lock the landing gear in a deployed position, and to fold towards the shock strut during retraction of the landing gear; a collar coupled to the brace and the piston and configured to rotate relative to the cylinder in response to folding of the brace, the system characterized by further comprising an upper cam fastened to the piston; a lower cam fastened to the cylinder; wherein the collar is configured to rotate relative to the cylinder in response to folding of the brace such that rotation of the collar rotates the piston and the upper cam relative to the lower cam, the rotation of the upper cam relative to the lower cam forcing the piston towards the aircraft attachment within the cylinder; and wherein the upper bearing and lower bearing are each located such that the upper cam and the lower cam are located between the upper bearing and the lower bearing.