mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a vehicle to everything, V2X, server in a communication system, the method comprising: receiving , from a terminal, a V2X message, including location information on the terminal; determining a first multimedia broadcast multicast service, MBMS, broadcast area for a V2X service based on the location information on the terminal; and transmitting , to a broadcast multicast service center, BMSC, a request message for the V2X service including a MBMS broadcast area parameter associated with the first MBMS broadcast area and a first temporary mobile group identity, TMGI, for the V2X service; wherein the MBMS broadcast area parameter associated with the first MBMS broadcast area includes at least one MBMS service area identification, SAI, mapped to the location information on the terminal, wherein first V2X data is broadcasted within the first MBMS broadcast area determined based on the location information on the terminal included in the V2X message, wherein second V2X data for the V2X service is broadcasted within a second MBMS broadcast area which is not overlapped with the first MBMS broadcast area, and wherein the first TMGI is used for broadcasting the second V2X data for the V2X service. receiving , from a terminal, a V2X message, including location information on the terminal; determining a first multimedia broadcast multicast service, MBMS, broadcast area for a V2X service based on the location information on the terminal; and transmitting , to a broadcast multicast service center, BMSC, a request message for the V2X service including a MBMS broadcast area parameter associated with the first MBMS broadcast area and a first temporary mobile group identity, TMGI, for the V2X service; wherein the MBMS broadcast area parameter associated with the first MBMS broadcast area includes at least one MBMS service area identification, SAI, mapped to the location information on the terminal, wherein first V2X data is broadcasted within the first MBMS broadcast area determined based on the location information on the terminal included in the V2X message, wherein second V2X data for the V2X service is broadcasted within a second MBMS broadcast area which is not overlapped with the first MBMS broadcast area, and wherein the first TMGI is used for broadcasting the second V2X data for the V2X service.
A bone plate system for fixing bone fragments to bone at an ulna fracture, wherein the bone plate system comprises: an elongated guiding member ; and a bone plate comprising: an elongated body portion having a longitudinal axis and comprising a first attachment opening configured to receive an attachment element for attaching the bone plate at least temporarily to a bone ; and a hook portion extending from an end of the body portion , the hook portion comprising one or more hooks configured to grasp a bone fragment and at least one guiding opening configured to receive the elongated guiding member for guiding the bone plate towards the bone fragment so as to allow the one or more hooks to grasp the bone fragment ; wherein the body portion has a first width and the hook portion that comprises the guiding opening has a second width that is smaller than the first width, characterized in that the guiding opening is circumferentially closed. an elongated guiding member ; and a bone plate comprising: an elongated body portion having a longitudinal axis and comprising a first attachment opening configured to receive an attachment element for attaching the bone plate at least temporarily to a bone ; and a hook portion extending from an end of the body portion , the hook portion comprising one or more hooks configured to grasp a bone fragment and at least one guiding opening configured to receive the elongated guiding member for guiding the bone plate towards the bone fragment so as to allow the one or more hooks to grasp the bone fragment ; an elongated body portion having a longitudinal axis and comprising a first attachment opening configured to receive an attachment element for attaching the bone plate at least temporarily to a bone ; and a hook portion extending from an end of the body portion , the hook portion comprising one or more hooks configured to grasp a bone fragment and at least one guiding opening configured to receive the elongated guiding member for guiding the bone plate towards the bone fragment so as to allow the one or more hooks to grasp the bone fragment ; wherein the body portion has a first width and the hook portion that comprises the guiding opening has a second width that is smaller than the first width, characterized in that the guiding opening is circumferentially closed.
A sensor for measurement of an analyte in a medium within a living animal, the sensor comprising: a sensor housing ; a light source within the sensor housing configured to emit excitation light; an analyte indicator covering at least a portion of the sensor housing , wherein the analyte indicator comprises indicator molecules that are configured to reversibly bind the analyte, are positioned to be irradiated by the excitation light, and are configured to emit light indicative of the amount of the analyte in the medium within the living animal; a photodetector within the sensor housing, wherein the photodetector is sensitive to light emitted by the indicator molecules and configured to generate a signal indicative of the amount of the analyte in the medium within the living animal; and one or more therapeutic agents that reduce deterioration of the analyte indicator, said agents including an anti inflammatory drug; characterized in that the sensor further comprises: at least one drug eluting polymer matrix that covers at least a portion of the sensor housing, is separate and distinct from the analyte indicator, has a preformed shape, and is applied to the sensor housing by attaching the preformed shape to the sensor housing; and the one or more therapeutic agents are dispersed within the drug eluting polymer matrix. a sensor housing ; a light source within the sensor housing configured to emit excitation light; an analyte indicator covering at least a portion of the sensor housing , wherein the analyte indicator comprises indicator molecules that are configured to reversibly bind the analyte, are positioned to be irradiated by the excitation light, and are configured to emit light indicative of the amount of the analyte in the medium within the living animal; a photodetector within the sensor housing, wherein the photodetector is sensitive to light emitted by the indicator molecules and configured to generate a signal indicative of the amount of the analyte in the medium within the living animal; and one or more therapeutic agents that reduce deterioration of the analyte indicator, said agents including an anti inflammatory drug; characterized in that the sensor further comprises: at least one drug eluting polymer matrix that covers at least a portion of the sensor housing, is separate and distinct from the analyte indicator, has a preformed shape, and is applied to the sensor housing by attaching the preformed shape to the sensor housing; and the one or more therapeutic agents are dispersed within the drug eluting polymer matrix. at least one drug eluting polymer matrix that covers at least a portion of the sensor housing, is separate and distinct from the analyte indicator, has a preformed shape, and is applied to the sensor housing by attaching the preformed shape to the sensor housing; and the one or more therapeutic agents are dispersed within the drug eluting polymer matrix.
A method of scanning a plurality of ports at one or more target IP addresses, each of the plurality of ports corresponding to a port number at one of the one or more target IP addresses, wherein the one or more target IP addresses are part of a network monitored for port probe requests to IP addresses in the network by a security appliance that identifies traffic as suspicious if packets are received by the network from a source IP address at a rate of more than a source threshold rate, wherein the method comprises: assigning each port to one of a plurality of sets of ports; characterized by executing, on a common machine , a plurality of port scanning processes at the same time, wherein each port scanning process sends port probe requests to the ports of a respective set of the plurality of sets from a different respective source IP address and wherein each of the plurality of port scanning processes sends port probe requests to the ports of the respective set at a respective probe rate, wherein each respective probe rate is set to less than or equal to the source threshold rate. assigning each port to one of a plurality of sets of ports; characterized by executing, on a common machine , a plurality of port scanning processes at the same time, wherein each port scanning process sends port probe requests to the ports of a respective set of the plurality of sets from a different respective source IP address and wherein each of the plurality of port scanning processes sends port probe requests to the ports of the respective set at a respective probe rate, wherein each respective probe rate is set to less than or equal to the source threshold rate.
An anti-skid tire stud having a stud body made of polymer-based material, the stud body comprising a top portion comprising polymer-based material having a first color and a bottom portion comprising polymer-based material having a second color which is different from the first color, and the stud further comprising a pin extending out of the top portion for contacting a road.
A decorative article having an observed colour effect that is changeable depending on observer viewing angle, the article comprising: an at least partially transparent or translucent decorative element comprising a front side facing a forward direction and a back side opposite the front side facing a rearward direction, wherein the back side comprises a back surface having a first region and a second region ; a first coating arranged on the first region of the back surface , the first coating causing a first colour effect; and a second coating arranged on the second region of the back surface , the second coating causing a second colour effect that differs from the first colour effect; characterized in that the second region surrounds the first region . an at least partially transparent or translucent decorative element comprising a front side facing a forward direction and a back side opposite the front side facing a rearward direction, wherein the back side comprises a back surface having a first region and a second region ; a first coating arranged on the first region of the back surface , the first coating causing a first colour effect; and a second coating arranged on the second region of the back surface , the second coating causing a second colour effect that differs from the first colour effect;
A transmission apparatus comprising: preamble signal circuitry that generates a preamble signal including a preamble; header signal circuitry that generates a header signal including a header and an extension header; OFDM signal circuitry (105, 201, 51-1, 51-2) that generates an OFDM signal by performing an IFFT processing on one or more payload signals; frame generation circuitry (106, 28-1, 28-2) that generates a frame by allocating the preamble signal to a first channel at a first time, allocating the header signal to the first channel at a second time, allocating the preamble signal to a second channel at the first time, allocating the header signal to the second channel at the second time, the second channel being adjacent to the first channel, the first channel and the second channel having same bandwidth, and allocating the OFDM signal to a frequency-shifted bonding channel at a third time, the frequency-shifted bonding channel being a channel obtained by frequency-shifting a bonding channel including the first channel and the second channel; and transmission circuitry that transmits the frame. preamble signal circuitry that generates a preamble signal including a preamble; header signal circuitry that generates a header signal including a header and an extension header; OFDM signal circuitry (105, 201, 51-1, 51-2) that generates an OFDM signal by performing an IFFT processing on one or more payload signals; frame generation circuitry (106, 28-1, 28-2) that generates a frame by allocating the preamble signal to a first channel at a first time, allocating the header signal to the first channel at a second time, allocating the preamble signal to a second channel at the first time, allocating the header signal to the second channel at the second time, the second channel being adjacent to the first channel, the first channel and the second channel having same bandwidth, and allocating the OFDM signal to a frequency-shifted bonding channel at a third time, the frequency-shifted bonding channel being a channel obtained by frequency-shifting a bonding channel including the first channel and the second channel; and transmission circuitry that transmits the frame. allocating the preamble signal to a first channel at a first time, allocating the header signal to the first channel at a second time, allocating the preamble signal to a second channel at the first time, allocating the header signal to the second channel at the second time, the second channel being adjacent to the first channel, the first channel and the second channel having same bandwidth, and allocating the OFDM signal to a frequency-shifted bonding channel at a third time, the frequency-shifted bonding channel being a channel obtained by frequency-shifting a bonding channel including the first channel and the second channel; and transmission circuitry that transmits the frame.
Actuator , having a drive element , a transmission section and an actuating element , wherein the drive element , for driving the actuating element with the actuating element , is mechanically actively connected through the transmission section , the actuator further having a reset spring for providing a closing force acting on the actuating element , characterised in that the actuator has a coupling device for providing a mechanically active connection between the reset spring and the transmission section , wherein the coupling device is at least able to be brought into a first coupling state and into a second coupling state , wherein further, with the coupling device in its first coupling state , the reset spring exerts the closing force on the actuating element in a first closing direction and, with the coupling device in its second coupling state , the reset spring exerts the closing force on the actuating element in a second closing direction , and wherein the first closing direction and the second closing direction are different.
An alumina catalyst support composition which comprises a precipitated alumina comprising from 3 to 10 wt% silica, said composition having a pore volume of 0.60 cc/g or greater, a median pore size ranging from 70 Å to 120 Å, a pore size distribution such that at least 90% of the total pore volume falls within the range of 20 Å to 250 Å, and a pore size distribution width of 40 Å or greater, wherein: (a) the term "pore size distribution width" is used to indicate the smallest range of pore diameters of the pores of the alumina composition in which is present two-thirds of the total pore volume of the silica containing alumina material; (b) the composition comprises at least 90 wt% silica-containing alumina; (c) the surface area of the composition ranges from 200 m 2 /g to 350 m 2 /g as measured by BET surface area analysis; (d) the pore size distribution is a unimodal pore distribution exhibiting a shoulder indicating a diminished secondary peak at a pore diameter greater than the median pore diameter and exhibits a primary peak mode at a pore diameter less than the median pore diameter; and (e) pore volume and pore size distribution properties are determined by mercury penetration porosimetry using a mercury porosimeter capable of a pressure range of atmospheric pressure to 413.7MPa , with a contact angle, θ = 140° with a mercury surface tension of 474 mN/m at 25°C. (a) the term "pore size distribution width" is used to indicate the smallest range of pore diameters of the pores of the alumina composition in which is present two-thirds of the total pore volume of the silica containing alumina material; (b) the composition comprises at least 90 wt% silica-containing alumina; (c) the surface area of the composition ranges from 200 m 2 /g to 350 m 2 /g as measured by BET surface area analysis; (d) the pore size distribution is a unimodal pore distribution exhibiting a shoulder indicating a diminished secondary peak at a pore diameter greater than the median pore diameter and exhibits a primary peak mode at a pore diameter less than the median pore diameter; and (e) pore volume and pore size distribution properties are determined by mercury penetration porosimetry using a mercury porosimeter capable of a pressure range of atmospheric pressure to 413.7MPa , with a contact angle, θ = 140° with a mercury surface tension of 474 mN/m at 25°C.
An electric supercharger-equipped moving machine comprising: an engine (E); a supercharger (SC) configured to increase intake pressure of the engine (E); an electric motor (M) including a motor driving shaft ; a power transmitting path (P) including a power transmitting shaft through which driving power of the engine (E) is transmitted to a propulsive power generating body ; a main clutch through which a driving power of the engine (E) is input to the power transmitting shaft ; and a switching clutch configured to be able to block power transmission from the electric motor (M) to the power transmitting shaft , wherein the motor driving shaft is connected to the supercharger (SC) so as to be able to drive the supercharger (SC) when the switching clutch is in a disengaged state; characterized in that the motor driving shaft is connected to the power transmitting shaft so as to be able to drive the propulsive power generating body when the switching clutch is in an engaged state and the main clutch is in a disengaged state. an engine (E); a supercharger (SC) configured to increase intake pressure of the engine (E); an electric motor (M) including a motor driving shaft ; a power transmitting path (P) including a power transmitting shaft through which driving power of the engine (E) is transmitted to a propulsive power generating body ; a main clutch through which a driving power of the engine (E) is input to the power transmitting shaft ; and a switching clutch configured to be able to block power transmission from the electric motor (M) to the power transmitting shaft , wherein the motor driving shaft is connected to the supercharger (SC) so as to be able to drive the supercharger (SC) when the switching clutch is in a disengaged state; characterized in that the motor driving shaft is connected to the power transmitting shaft so as to be able to drive the propulsive power generating body when the switching clutch is in an engaged state and the main clutch is in a disengaged state.
A device suitable for influencing the intake of food through the oral cavity of a human, comprising - anchoring means (12a-12b; 11a-11b) which can be applied to one or several teeth of both the upper and the lower jaw , - at least one elongated element that can be placed around the front of the upper or lower jaw and that can be coupled adjacent its two element ends (13a-13b) to the anchoring means (12a-12b) applied to the respective jaw (1; 2), and - connecting means (14a-14b) that can be provided between the upper and the lower jaw and having one first end (14a'-14b') and one other end (140a-140b) and that can be coupled with its other end (140a-140b) to the elongated element and with its first end (14a'-14b') to the anchoring means (11a-11b) applied to the other jaw (2; 1), such that an opening of the jaws causes the connecting means to pull the elongated element against the front of the jaw, which results in an unpleasant or pain sensation, characterized in that the connecting means (14a-14b) are composed of a wire-shaped element that is rigid in longitudinal direction and that with its other end (140a-140b) is movable coupled to the free element end (13a-130a); 13b-130b) of the elongated element , which free element end (13a-13b) of the elongated element is provided with an opening (130a-130b) through which the longitudinally rigid wire-shaped element can be passed, while the free end of the longitudinally rigid wire-shaped element is provided with a thickened portion (140a-140b). - anchoring means (12a-12b; 11a-11b) which can be applied to one or several teeth of both the upper and the lower jaw , - at least one elongated element that can be placed around the front of the upper or lower jaw and that can be coupled adjacent its two element ends (13a-13b) to the anchoring means (12a-12b) applied to the respective jaw (1; 2), and - connecting means (14a-14b) that can be provided between the upper and the lower jaw and having one first end (14a'-14b') and one other end (140a-140b) and that can be coupled with its other end (140a-140b) to the elongated element and with its first end (14a'-14b') to the anchoring means (11a-11b) applied to the other jaw (2; 1), such that an opening of the jaws causes the connecting means to pull the elongated element against the front of the jaw, which results in an unpleasant or pain sensation,
A compound comprising N-[(3β, 5α)-20-Oxopregnan-3-yl] methanesulfonamide; N-ethyl-N'-[(3β, 5α)-17-oxoandrostan-3-yl]urea; (3β,5α)-3,21-Dihydroxypregnan-20-one; or a compound having the formula of Formula I: wherein R is sulfamide, or any combination thereof, or a pharmaceutically acceptable salt (crystal and/or amorphous), non-salt amorphous form, solvate, poly-morph, or tautomer thereof, for use in a method of treating a cardiovascular disorder and/or a pulmonary disorder, wherein the cardiovascular disorder and/or pulmonary disorder is selected from pulmonary hypertension, hypertension, medial hypertrophy, or combinations thereof, and wherein the amount of the compound used in the method of treating a cardiovascular disorder and/or a pulmonary disorder is between 10 mg/day to 300 mg/day.
A coated fibrous panel comprising: a fibrous panel comprising a panel core comprising mineral wool fiber and a starch, wherein the fibrous panel is a ceiling tile or an acoustical panel, the fibrous panel having a backing side and an opposing facing side , the fibrous panel having a cured coating layer disposed on the backing side of the panel, the cured coating layer comprising: 10-50 vol.% inorganic binder, based on the total volume of the dry coating, and 50-90 vol.% inorganic filler, based on the total volume of the dry coating; wherein the inorganic binder comprises an alkali metal silicate or an alkaline earth metal silicate, the inorganic binder and the inorganic filler are not the same, and the coating is substantially free of an organic polymeric binder. 10-50 vol.% inorganic binder, based on the total volume of the dry coating, and 50-90 vol.% inorganic filler, based on the total volume of the dry coating; wherein the inorganic binder comprises an alkali metal silicate or an alkaline earth metal silicate, the inorganic binder and the inorganic filler are not the same, and the coating is substantially free of an organic polymeric binder.