mhurhangee/ep-ind-claims huggingface dataset:
An antimicrobial, insecticidal and acaricidal system made up of support surface-functionalized by derivatization with trialkoxysilane groups, with at least one antimicrobial compound of natural origin covalently attached to said support, wherein the antimicrobial compound is selected from the group consisting of carvacrol, cinnamaldehyde, perillaldehyde, eugenol, thymol, vanillin, gallic acid, caprylic acid and ferulic acid.
A method for scheduling of downlink data traffic at a base station, the method comprising: receiving (402; 502; 602; 702; 802; 902), at a first protocol layer, one or more downlink data packets from a second protocol layer; classifying (404; 504; 604; 704; 804; 904) the one or more downlink packets into one or more categories of packets based on transmission type and radio transmission state of the one or more downlink packets; scheduling one or more first packets from each of the one or more categories of packets based on a pre-determined priority order of the one or more categories of packets and a predetermined packet transmission share associated with each of the one or more categories of packets; transmitting the one or more first packets from the one or more categories of packets in a transmission time interval; and updating the pre-determined priority order of the one or more categories of packets and the pre-determined packet transmission share associated with each of the one or more categories of packets after a predetermined time interval; and scheduling one or more second packets from the one or more categories of packets based on the updated pre-determined priority order of the one or more categories of packets and the updated predetermined packet transmission share associated with each of the one or more categories of packets in the transmission time interval subsequent to the updating. receiving (402; 502; 602; 702; 802; 902), at a first protocol layer, one or more downlink data packets from a second protocol layer; classifying (404; 504; 604; 704; 804; 904) the one or more downlink packets into one or more categories of packets based on transmission type and radio transmission state of the one or more downlink packets; scheduling one or more first packets from each of the one or more categories of packets based on a pre-determined priority order of the one or more categories of packets and a predetermined packet transmission share associated with each of the one or more categories of packets; transmitting the one or more first packets from the one or more categories of packets in a transmission time interval; and updating the pre-determined priority order of the one or more categories of packets and the pre-determined packet transmission share associated with each of the one or more categories of packets after a predetermined time interval; and scheduling one or more second packets from the one or more categories of packets based on the updated pre-determined priority order of the one or more categories of packets and the updated predetermined packet transmission share associated with each of the one or more categories of packets in the transmission time interval subsequent to the updating.
An over-tube having an over-tube insertion section for guiding a device having an insertion section to be inserted into a body of a patient, when inserting the insertion section of the device into or retracting the insertion section of the device from the body of the patient, wherein a gas-supplying passage is formed by a space defined by the inner face of the over-tube and the insertion section of the device when inserted into the over-tube, characterized in that the gas-supplying passage communicates with a gas-supplying port which is provided on a proximal end side of the over-tube, and a communicating port which is formed on an outer face of the over-tube insertion section and is adapted to supply a gas into a trachea of the patient; first sealing members embodied by at least a pair of cuff balloons which are adapted to secure an air passage for communicating the gas-supplying passage and the trachea of the patient via the communicating port by sealing between a body wall of the patient and an outer face of the over-tube insertion section, are provided on each of the proximal end side of the outer face of the over-tube insertion section and a distal end side of the outer face of the over-tube insertion section so as to sandwich the communication port; and second sealing members adapted to seal between the inner wall of the over-tube and an outer face of the device, when inserted into the over-tube, are provided at the inner face of a portion of a more distal end side than the communicating port and a portion on a more proximal end side than the gas supplying port.
A panel for a vehicle interior, having a plurality of lamellas, which are fastened to a support part of the panel, characterized in that at least one of the lamellas is engaged from behind in at least some sections by a light absorption chamber on a side facing the support part.
Method for implementing policies in a Self-Orqanizinq mobile network with at least one operations and support system and a number of network elements (30..33) connected thereto, wherein a set of human-created policies augmented by means of machine learning is validated separately for each network element (30..33), for which said policy set is relevant, and the validation is done based on a policy base with a number of policies of said network element (30..33) and a system state which is defined by a number of system variables of said network element (30..33), and wherein in a first step the consistency of the policies of said policy base is checked without system variables and in a second step the consistency of said policies is checked with respect to current system state, characterized in that: the operations and support system sends a validation algorithm to said network element (30..33), and said network element (30..33) performs said validation of said policy set by means of the received validation algorithm on request of the operations and support system. wherein a set of human-created policies augmented by means of machine learning is validated separately for each network element (30..33), for which said policy set is relevant, and the validation is done based on a policy base with a number of policies of said network element (30..33) and a system state which is defined by a number of system variables of said network element (30..33), and wherein in a first step the consistency of the policies of said policy base is checked without system variables and in a second step the consistency of said policies is checked with respect to current system state, characterized in that: the operations and support system sends a validation algorithm to said network element (30..33), and said network element (30..33) performs said validation of said policy set by means of the received validation algorithm on request of the operations and support system.
A hard coating film, comprising: a first hard coating layer having a first elastic modulus; and a second hard coating layer being directly in contact with the first hard coating layer and having a second elastic modulus, wherein a difference between the first and second elastic moduli is 500 MPa or more, wherein the first elastic modulus is 300 to 1,500 MPa, and the second elastic modulus is 2,000 to 3,500 MPa, as measured according to ASTM D882, and wherein the second hard coating film exhibits a pencil hardness of 7H or more at a load of 1 kg, as measured according to the Japanese Standard JIS K5400, wherein the first and the second hard coating layers independently have a thickness of 50 to 500 μm. a first hard coating layer having a first elastic modulus; and a second hard coating layer being directly in contact with the first hard coating layer and having a second elastic modulus, wherein a difference between the first and second elastic moduli is 500 MPa or more, wherein the first elastic modulus is 300 to 1,500 MPa, and the second elastic modulus is 2,000 to 3,500 MPa, as measured according to ASTM D882, and wherein the second hard coating film exhibits a pencil hardness of 7H or more at a load of 1 kg, as measured according to the Japanese Standard JIS K5400, wherein the first and the second hard coating layers independently have a thickness of 50 to 500 μm.
Apparatus (1, 201, 301) for generating an inhalable medium, the apparatus (1, 201, 301) comprising: a housing (2, 202, 302) having a container (9, 209, 309) for holding a liquid (10, 210, 310); a heater (11, 211, 311) for volatilising liquid (10, 210, 310) held in the container (9, 209, 309); a chamber (13, 213, 313) having received therein a material (14, 214, 314); and an outlet (3, 203, 303, 204, 304); the arrangement being such that in use liquid (10, 210, 310) volatilised by the heater (11, 211, 311) passes, in the form of at least one of a vapour and an aerosol, through the material (14, 214, 314) received in the chamber (13, 213, 313) to thereby entrain one or more constituents from the material to produce the inhalable medium which passes out of the outlet (3, 203, 303, 204, 304); wherein the container (9, 209, 309) is in the form of a discrete annular pot which is removeable as a whole from the housing (2, 202, 302). a housing (2, 202, 302) having a container (9, 209, 309) for holding a liquid (10, 210, 310); a heater (11, 211, 311) for volatilising liquid (10, 210, 310) held in the container (9, 209, 309); a chamber (13, 213, 313) having received therein a material (14, 214, 314); and an outlet (3, 203, 303, 204, 304); the arrangement being such that in use liquid (10, 210, 310) volatilised by the heater (11, 211, 311) passes, in the form of at least one of a vapour and an aerosol, through the material (14, 214, 314) received in the chamber (13, 213, 313) to thereby entrain one or more constituents from the material to produce the inhalable medium which passes out of the outlet (3, 203, 303, 204, 304); wherein the container (9, 209, 309) is in the form of a discrete annular pot which is removeable as a whole from the housing (2, 202, 302).
A pressure supply unit for a brake system, comprising: a booster body defining a cylinder extending along an axis; a piston axially slideable within the cylinder; the piston defining a bore along the axis; a spindle extending along the axis and received by the bore of the piston and rotationally fixed and axially moveable for providing the axial movement of the piston; and a motor positioned about the spindle and configured to axially translate the spindle for providing the axial movement of the piston; wherein the pressure supply unit further comprises a ball and socket joint coupling the spindle to the piston and located within the bore defined by the piston, the ball and socket joint comprising a ball at a front end of the spindle and a socket in the bore of the piston and receiving the ball to accommodate pivoting movement of the spindle relative to the piston, characterized in that the ball defines at least one scored segment for providing lateral movement of the ball relative to the socket while allowing the ball to inhibit axial movement of the ball outside of the socket, wherein the ball defines a plurality of scored segments in spaced relationship with one another. a booster body defining a cylinder extending along an axis; a piston axially slideable within the cylinder; the piston defining a bore along the axis; a spindle extending along the axis and received by the bore of the piston and rotationally fixed and axially moveable for providing the axial movement of the piston; and a motor positioned about the spindle and configured to axially translate the spindle for providing the axial movement of the piston; wherein the pressure supply unit further comprises a ball and socket joint coupling the spindle to the piston and located within the bore defined by the piston, the ball and socket joint comprising a ball at a front end of the spindle and a socket in the bore of the piston and receiving the ball to accommodate pivoting movement of the spindle relative to the piston, characterized in that the ball defines at least one scored segment for providing lateral movement of the ball relative to the socket while allowing the ball to inhibit axial movement of the ball outside of the socket, wherein the ball defines a plurality of scored segments in spaced relationship with one another.
A wireless access system, comprising a baseband processing unit, BBU, pool, one or more optical network units, ONUs,, and a set of remote radio heads, RRHs,, the BBU pool being connected to the one or more ONUs, characterized in that each of the one or more ONUs being connected to at least two RRHs of the set of RRHs, a connection between each of the one or more ONUs and each of the at least two RRHs being implemented using a twisted pair, wherein each of the set of RRHs enables coordinated transmission of one or more antennas, wherein the coordinated transmission includes multiple-input multiple-output, MIMO, transmission, wherein the BBU pool is a centralized BBU pool for centralized baseband processing and is configured to compensate for crosstalk in transmission via the twisted pair and interference in the MIMO transmission of the one or more antennas simultaneously.
A cartilage regenerative material comprising: a cell construct that includes biocompatible polymer blocks and stem cells, the cell construct having a plurality of the biocompatible polymer blocks disposed in gaps between a plurality of the stem cells; and a biocompatible polymer film. a cell construct that includes biocompatible polymer blocks and stem cells, the cell construct having a plurality of the biocompatible polymer blocks disposed in gaps between a plurality of the stem cells; and a biocompatible polymer film.
A method for redirection to a Web page, comprising: when a first device receives a Domain Name System -DNS- request from a second device and a domain name requested by the DNS request is not a domain name of a gateway of the first device and satisfies a redirection condition, sending, by the first device, a response message of the DNS request to the second device, wherein an unused virtual Internet Protocol -IP- address in a locally preset virtual IP address group is carried in the response message, and the unused virtual IP address being a virtual IP address having not been used for redirecting a DNS response packet yet; establishing, by the first device, a correspondence between the virtual IP address and the domain name satisfying the redirection condition; and after the first device receives a Transport Control Protocol -TCP- data packet sent from the second device, replacing the virtual IP address carried in the TCP data packet with a designated IP address, and forwarding, according to the designated IP address, interactive data packets between the second device and the designated IP address. when a first device receives a Domain Name System -DNS- request from a second device and a domain name requested by the DNS request is not a domain name of a gateway of the first device and satisfies a redirection condition, sending, by the first device, a response message of the DNS request to the second device, wherein an unused virtual Internet Protocol -IP- address in a locally preset virtual IP address group is carried in the response message, and the unused virtual IP address being a virtual IP address having not been used for redirecting a DNS response packet yet; establishing, by the first device, a correspondence between the virtual IP address and the domain name satisfying the redirection condition; and after the first device receives a Transport Control Protocol -TCP- data packet sent from the second device, replacing the virtual IP address carried in the TCP data packet with a designated IP address, and forwarding, according to the designated IP address, interactive data packets between the second device and the designated IP address.
A terminal comprising: a control section configured to determine, based on a threshold of a value of a Power Headroom, PH, a step size of the value of PH per increase of an index related to the PH; and a transmitting section configured to transmit a Power Headroom Report, PHR, including the index; wherein the step size includes a first value and a second value, the first value being one and the second value being two, and a value of a PH associated with the index by which the step size is determined to be the second value is larger than a value of a PH associated with the index by which the step size is determined to be the first value. a control section configured to determine, based on a threshold of a value of a Power Headroom, PH, a step size of the value of PH per increase of an index related to the PH; and a transmitting section configured to transmit a Power Headroom Report, PHR, including the index; wherein the step size includes a first value and a second value, the first value being one and the second value being two, and a value of a PH associated with the index by which the step size is determined to be the second value is larger than a value of a PH associated with the index by which the step size is determined to be the first value.
Rotating drum for the formation of a bead of a tyre; the rotating drum comprising: a central shaft rotatably mounted in order to rotate about a vertical axis of rotation; a support disk that is arranged horizontally, being carried by the central shaft, having a frustum-conical shape, and comprising a central horizontal surface suited to support the bead core and a peripheral inclined surface suited to support the bead filler; and a locking device, which is suited to hold the bead core resting on the central horizontal surface of the support disk and comprising: a plurality of circular sectors that are arranged within the central horizontal surface and that are movable radially between a contracted unlocked position and an expanded locked position, and a first actuating device that implements the radial movement of the circular sectors; wherein a circular support plate is provided which is arranged horizontally, rigidly integral to the shaft, carrying the first actuating device, and carrying, separately from the first actuating device, the support disk in such a way that it can be removed by means of at least one first locking screw; the support disk has a single circular central opening wherein a plurality of connecting elements is arranged, each of which implements a mechanical connection between the first actuating device and a corresponding circular sector; and each connecting element is removably connected by means of at least one second locking screw to the first actuating device and is also removably connected by means of at least a third locking screw to the corresponding circular sector. a central shaft rotatably mounted in order to rotate about a vertical axis of rotation; a support disk that is arranged horizontally, being carried by the central shaft, having a frustum-conical shape, and comprising a central horizontal surface suited to support the bead core and a peripheral inclined surface suited to support the bead filler; and a locking device, which is suited to hold the bead core resting on the central horizontal surface of the support disk and comprising: a plurality of circular sectors that are arranged within the central horizontal surface and that are movable radially between a contracted unlocked position and an expanded locked position, and a first actuating device that implements the radial movement of the circular sectors; wherein a circular support plate is provided which is arranged horizontally, rigidly integral to the shaft, carrying the first actuating device, and carrying, separately from the first actuating device, the support disk in such a way that it can be removed by means of at least one first locking screw; the support disk has a single circular central opening wherein a plurality of connecting elements is arranged, each of which implements a mechanical connection between the first actuating device and a corresponding circular sector; and each connecting element is removably connected by means of at least one second locking screw to the first actuating device and is also removably connected by means of at least a third locking screw to the corresponding circular sector.
An evaporator (24, 34, 44, 54) which heats working fluid with high-temperature fluid to evaporate the working fluid, the evaporator (24, 34, 44, 54) comprising: a working fluid channel which is arranged in a flow direction of the high temperature fluid and through which the working fluid flows; and a temperature sensor (35, 36) which is provided for the working fluid channel, wherein a part of the working fluid channel is exposed to outside of a housing of the evaporator (24, 34, 44, 54), and characterized in that the temperature sensor (35, 36) is provided in the part of the working fluid channel exposed to the outside of the housing of the evaporator (24, 34, 44, 54) in a region other than an inlet of the working fluid channel into which the working fluid flows from the outside of the evaporator (24, 34, 44, 54) and other than an outlet of the working fluid channel through which the working fluid flows out of the evaporator (24, 34, 44, 54), and an output value of the temperature sensor (35, 36) is used to adjust temperature of the working fluid in the evaporator (24, 34, 44, 54). a working fluid channel which is arranged in a flow direction of the high temperature fluid and through which the working fluid flows; and a temperature sensor (35, 36) which is provided for the working fluid channel, wherein a part of the working fluid channel is exposed to outside of a housing of the evaporator (24, 34, 44, 54), and characterized in that the temperature sensor (35, 36) is provided in the part of the working fluid channel exposed to the outside of the housing of the evaporator (24, 34, 44, 54) in a region other than an inlet of the working fluid channel into which the working fluid flows from the outside of the evaporator (24, 34, 44, 54) and other than an outlet of the working fluid channel through which the working fluid flows out of the evaporator (24, 34, 44, 54), and an output value of the temperature sensor (35, 36) is used to adjust temperature of the working fluid in the evaporator (24, 34, 44, 54).
A vector-control type motor control unit that calculates dq-axes control assist command values, calculates dq-axes current command values from said dq-axes control assist command values, converts said dq-axes current command values into 3-phase duty command values, and drives and controls a 3-phase brushless motor by an inverter of a pulse width modulation control, the vector-control type motor control unit comprises: an axes current factor phase-correction calculating section to calculate a phase-correction rotational angle by phase-correcting a motor rotational angle using said dq-axes current command values; an angle-dead time compensation value functional section (230U, 230V, 230W) to calculate 3-phase dead time reference compensation values based on said phase-correction rotational angle; characterised in that the vector-control type motor control unit further comprises: an inverter applying voltage sensitive-gain calculating section to calculate a voltage sensitive gain based on an inverter applying voltage; and a dead time compensation-value outputting section (231U, 231V, 231W, 240, 204d, 204q)to output dq-axes dead time compensation values which are obtained by multiplying said 3-phase dead time reference compensation values by said voltage sensitive gain and performing 3-phase/dq-axes conversion to said multiplied results, wherein a dead time compensation of said inverter is performed by adding said dq-axes dead time compensation values to dq-axes voltage command values obtained by processing said dq-axes current command values.