mhurhangee/patent-ind-claim-en huggingface dataset:
Rail vehicle , having at least one structural element that is embodied as a crossbar , which braces against a bogie of the rail vehicle , and has at least one feed-through , wherein a facility for accommodating at least two conductor elements is arranged in the at least one feed-through , wherein the facility has at least one separating element made of a thermally conductive material for separating the at least two conductor elements from one another and at least one spacer element made of a thermally conductive material for thermal transport from the facility into the structural element, wherein the at least one spacer element is arranged between the facility and an inner wall of the feed-through , and wherein each separating element is coupled to the at least one spacer element in a thermally conductive manner.
A display device comprising: a display panel ; a light guide plate located in a rear of the display panel ; a light assembly located on a side of the light guide plate and providing the light guide plate with light; and a light absorbing portion formed on a front surface of the light guide plate and absorbing the light provided by the light assembly in a predetermined wavelength range, wherein the light absorbing portion has a non-uniform thickness on the front surface of the light guide plate , and characterized in that a thickness (T C ) of the light absorbing portion in the center of the light guide plate is less than a thickness (T E1 , T E2 ) of the light absorbing portion adjacent to an edge of the light guide plate . a display panel ; a light guide plate located in a rear of the display panel ; a light assembly located on a side of the light guide plate and providing the light guide plate with light; and a light absorbing portion formed on a front surface of the light guide plate and absorbing the light provided by the light assembly in a predetermined wavelength range, wherein the light absorbing portion has a non-uniform thickness on the front surface of the light guide plate , and characterized in that a thickness (T C ) of the light absorbing portion in the center of the light guide plate is less than a thickness (T E1 , T E2 ) of the light absorbing portion adjacent to an edge of the light guide plate .
Composition comprising an antagonist/inhibitor of miR-31 or its 5' or 3' isoforms for use in treating or preventing bone disorders and/or cardiovascular disorders in a subject, wherein said antagonist/inhibitor is capable of hybridizing to miR- 31 or to its 5' or 3' isoforms.
A videoconferencing system, comprising: at least one display having a top and a bottom; a plurality of top loudspeakers (162-A, 164) arranged toward the top of the at least one display ; a plurality of bottom loudspeakers (162-B, 166) arranged toward the bottom of the at least one display ; and a control unit operatively coupled to the top loudspeakers (162-A, 164) and the bottom loudspeakers (162-B, 166), the control unit being configured to: route first video to a first display portion of the at least one display ; route first audio associated with the first video to any one or both of the top and bottom loudspeakers (162-AB, 164, 166) arranged relative to the first display portion; route second video to a second display portion of the at least one display ; and route second audio associated with the second video to any one or both of the top and bottom loudspeakers (162-AB, 164, 166) arranged relative to the second display portion; characterized in that : to route the first and second audio, the control unit is configured to emphasize lower frequencies of a portion of the first and second audio routed to the top loudspeakers (162-A, 164) and conversely emphasize higher frequencies of the portion of the first and second audio routed to the bottom loudspeakers (162-B, 166). at least one display having a top and a bottom; a plurality of top loudspeakers (162-A, 164) arranged toward the top of the at least one display ; a plurality of bottom loudspeakers (162-B, 166) arranged toward the bottom of the at least one display ; and a control unit operatively coupled to the top loudspeakers (162-A, 164) and the bottom loudspeakers (162-B, 166), the control unit being configured to: route first video to a first display portion of the at least one display ; route first audio associated with the first video to any one or both of the top and bottom loudspeakers (162-AB, 164, 166) arranged relative to the first display portion; route second video to a second display portion of the at least one display ; and route second audio associated with the second video to any one or both of the top and bottom loudspeakers (162-AB, 164, 166) arranged relative to the second display portion; route first video to a first display portion of the at least one display ; route first audio associated with the first video to any one or both of the top and bottom loudspeakers (162-AB, 164, 166) arranged relative to the first display portion; route second video to a second display portion of the at least one display ; and route second audio associated with the second video to any one or both of the top and bottom loudspeakers (162-AB, 164, 166) arranged relative to the second display portion; characterized in that : to route the first and second audio, the control unit is configured to emphasize lower frequencies of a portion of the first and second audio routed to the top loudspeakers (162-A, 164) and conversely emphasize higher frequencies of the portion of the first and second audio routed to the bottom loudspeakers (162-B, 166).
A device for determining a type of target peptide comprising: an acquisition means that obtains first to third information on a target peptide contained in a test sample; a storage means that stores first to third information on a known peptide obtained using a standard sample containing the known peptide; and a control means that performs operations comprising: comparing the first to third information on the target peptide obtained from the test sample with the first to third information on the known peptide stored in the storage means; and determining whether or not the target peptide is the known peptide, wherein the first information is a dissociation rate constant when the target peptide dissociates from a protein, in a solid phase carrier in which the target peptide is immobilized on a support through the protein binding to a peptide, the second information is a maximum value of a layer thickness change amount on the support, and the third information is information indicating that a dissociation mode of a peptide and the protein is either a single dissociation mode or a multiple dissociation mode. an acquisition means that obtains first to third information on a target peptide contained in a test sample; a storage means that stores first to third information on a known peptide obtained using a standard sample containing the known peptide; and a control means that performs operations comprising: comparing the first to third information on the target peptide obtained from the test sample with the first to third information on the known peptide stored in the storage means; and determining whether or not the target peptide is the known peptide, wherein comparing the first to third information on the target peptide obtained from the test sample with the first to third information on the known peptide stored in the storage means; and determining whether or not the target peptide is the known peptide, wherein the first information is a dissociation rate constant when the target peptide dissociates from a protein, in a solid phase carrier in which the target peptide is immobilized on a support through the protein binding to a peptide, the second information is a maximum value of a layer thickness change amount on the support, and the third information is information indicating that a dissociation mode of a peptide and the protein is either a single dissociation mode or a multiple dissociation mode.
A network device , comprising: a casing ; a connector panel on one end of the casing, the connector panel having a first connector port and a pivot point ; and an articulated assembly , on an area of the connector panel, where the area is placed above the first connector port; the network device is characterized in that the articulated assembly has an end portion connected to the pivot point and in proximity to the first connector port , the articulated assembly having a second connector port and a third connector port , the third connector port is farther from the pivot point than the second connector port , the first, second and third connection ports are different types of connector ports for receiving different types of mating connectors, wherein the articulated assembly is operable to swing around the pivot point between a first position flush with the connector panel and a second position away from the connector panel . a casing ; a connector panel on one end of the casing, the connector panel having a first connector port and a pivot point ; and an articulated assembly , on an area of the connector panel, where the area is placed above the first connector port; the network device is characterized in that the articulated assembly has an end portion connected to the pivot point and in proximity to the first connector port , the articulated assembly having a second connector port and a third connector port , the third connector port is farther from the pivot point than the second connector port , the first, second and third connection ports are different types of connector ports for receiving different types of mating connectors, wherein the articulated assembly is operable to swing around the pivot point between a first position flush with the connector panel and a second position away from the connector panel .
A method performed by a smart space rating server comprising: performing, by a smart space rating server via wireless communication, a registration process with a plurality of user devices prior to gathering security information collected by the plurality of user devices , wherein the plurality of user devices are members of a smart space comprising a network of electronic devices capable of controlling other electronic devices of the smart space via wireless communications; receiving, by the smart space rating server via wireless communication, the collected security information from the plurality of user devices , wherein the collected security information relates to electronic access security of the smart space ; evaluating, by the smart space rating server , trustworthiness of the received collected security information to yield stored security information; receiving, by the smart space rating server , a request from a user device for a network security rating of the smart space ; calculating, by the smart space rating server , a numerical network security rating of the smart space based at least in part on the stored security information regarding the smart space ; and transmitting the numerical network security rating of the smart space to the user device . performing, by a smart space rating server via wireless communication, a registration process with a plurality of user devices prior to gathering security information collected by the plurality of user devices , wherein the plurality of user devices are members of a smart space comprising a network of electronic devices capable of controlling other electronic devices of the smart space via wireless communications; receiving, by the smart space rating server via wireless communication, the collected security information from the plurality of user devices , wherein the collected security information relates to electronic access security of the smart space ; evaluating, by the smart space rating server , trustworthiness of the received collected security information to yield stored security information; receiving, by the smart space rating server , a request from a user device for a network security rating of the smart space ; calculating, by the smart space rating server , a numerical network security rating of the smart space based at least in part on the stored security information regarding the smart space ; and transmitting the numerical network security rating of the smart space to the user device .
A method in a flow device for exhaust gas aftertreatment, comprising: supporting a mixer pipe at least partially within a mixer chamber , the mixer pipe having a first end and a second end ; inputting exhaust gas through an input port that is in communication with the mixer chamber at a location spaced apart from the first end so that exhaust gas flows in towards the mixer pipe ; dividing the input exhaust gas into a first inflow onto a first side of the mixer pipe and into a second inflow onto a second side of the mixer pipe ; directing the first inflow in a first rotational direction about the mixer pipe and in a first longitudinal direction of the mixer pipe towards the first end of the mixer pipe ; guiding by an entry guide the first inflow into the first end of the mixer pipe so that a mixing flow is formed into the mixer pipe for receiving a reactant feed; and directing the second inflow in a second rotational direction about the mixer pipe and in a second longitudinal direction of the mixer pipe towards the second end of the mixer pipe for bypassing the first end of the mixer pipe ; wherein the second rotational direction is opposite to the first rotational direction. supporting a mixer pipe at least partially within a mixer chamber , the mixer pipe having a first end and a second end ; inputting exhaust gas through an input port that is in communication with the mixer chamber at a location spaced apart from the first end so that exhaust gas flows in towards the mixer pipe ; dividing the input exhaust gas into a first inflow onto a first side of the mixer pipe and into a second inflow onto a second side of the mixer pipe ; directing the first inflow in a first rotational direction about the mixer pipe and in a first longitudinal direction of the mixer pipe towards the first end of the mixer pipe ; guiding by an entry guide the first inflow into the first end of the mixer pipe so that a mixing flow is formed into the mixer pipe for receiving a reactant feed; and directing the second inflow in a second rotational direction about the mixer pipe and in a second longitudinal direction of the mixer pipe towards the second end of the mixer pipe for bypassing the first end of the mixer pipe ; wherein the second rotational direction is opposite to the first rotational direction.
A wing spar structure for an aircraft , comprising a left wing and a right wing, wherein a left spar is associated to the left wing of the aircraft and a right spar is associated to the right wing of the aircraft wherein each spar has a web portion and at least one spar cap , wherein in a cross-section orthogonal to the longitudinal axis of the spars, the web portion extends in a substantially vertical direction (v) and the at least one spar cap extends in a direction substantially orthogonal to the web portion , wherein the left spar is connected to the right spar by connecting the spar cap of the left spar to the spar cap of the right spar at a spar connection portion , characterized in that the spar cap of the left spar and the spar cap of the right spar are directly connected via a bolt connection , and in further comprising at least one shear pin adapted to be fixed to a fuselage of the aircraft such as to transmit shear forces from the wing spar structure to the fuselage, said shear pin preferably being fixed to a wing root portion or a root rib attached to the left spar or the right spar. a left wing and a right wing, wherein a left spar is associated to the left wing of the aircraft and a right spar is associated to the right wing of the aircraft wherein each spar has a web portion and at least one spar cap , wherein in a cross-section orthogonal to the longitudinal axis of the spars, the web portion extends in a substantially vertical direction (v) and the at least one spar cap extends in a direction substantially orthogonal to the web portion , wherein the left spar is connected to the right spar by connecting the spar cap of the left spar to the spar cap of the right spar at a spar connection portion , characterized in that the spar cap of the left spar and the spar cap of the right spar are directly connected via a bolt connection , and in further comprising at least one shear pin adapted to be fixed to a fuselage of the aircraft such as to transmit shear forces from the wing spar structure to the fuselage, said shear pin preferably being fixed to a wing root portion or a root rib attached to the left spar or the right spar.
Container for storing and transporting bulk goods having a container body with a rectangular cross-section formed by the side wall , the floor and upper cover made of stable material with a large interior and horizontal and vertical carrying belts designed as endless belts (15-18), which protrude over the upper edge of the container body and form loops (9-12) and surround the container body , wherein their ends overlap and are firmly connected to each other, characterised in that the container body and the carrying belts (15-18), sidewall and floor are connected to each other supporting and forming a unit, whereby the container body is made of a high strength woven plastic material and the carrying belts (15-18) of a material to be connected to the side wall of the container body by sewing and that the loops (9-12) are parts of the support belts (15-18), which support both the side wall and the floor supporting the container body from the one upper edge of the side wall over it, the floor and the opposite side wall encircling it up to its upper edge and then guided into the loops (9-12) ending there and connected to the woven plastic material by sewing and wherein the carrying belts (15-18) are laid per side wall with four strips running parallel and at a distance from each other on the strips (14, 14', 14", 14"') of the side walls and the ends are laid overlapping each other by 10-50 cm or more than 1 m at the bottom and are connected to each other and to the floor , wherein the supporting belts (15-18) are made of a plastic material with a load capacity of 2500 - 3000 kg or more.
Construction block , comprising two outer shells and a middle shell disposed therebetween, wherein the outer shells and the middle shell consist of foamed concrete, foamed concrete being a concrete produced by hardening a mixture of cement paste and foam without the addition of heat and under atmospheric pressure, wherein, when set, the shells of foamed concrete have a plurality of pores which are not or at any rate predominantly not connected so that the shells of foamed concrete can absorb no or only very little water, wherein each of the outer shells has a relatively high bulk density and the middle shell has a lower bulk density in relation to them, and wherein the middle shell is fixedly connected to the two outer shells.
A propulsion system for an aeronautical device comprising: an electric propulsor fan ; a gas turbine engine comprising a compressor section , turbine section , and a rotary component rotatable with at least a portion of the compressor section and with at least a portion of the turbine; an electric machine coupled to the rotary component of the gas turbine engine, the electric machine generating a voltage at a baseline voltage magnitude during operation of the gas turbine engine; an electric communication bus electrically connecting the electric machine to the electric propulsor fan; and a means for providing a differential voltage to the electric propulsor fan equal to about twice the baseline voltage magnitude. an electric propulsor fan ; a gas turbine engine comprising a compressor section , turbine section , and a rotary component rotatable with at least a portion of the compressor section and with at least a portion of the turbine; an electric machine coupled to the rotary component of the gas turbine engine, the electric machine generating a voltage at a baseline voltage magnitude during operation of the gas turbine engine; an electric communication bus electrically connecting the electric machine to the electric propulsor fan; and a means for providing a differential voltage to the electric propulsor fan equal to about twice the baseline voltage magnitude.
Method to increase a surface energy of a printed circuit board fitted with components, wherein the components are soldered by means of wave soldering, said method comprising the following step: Treatment of the printed circuit board in a vapor phase soldering system using a heat transfer medium, wherein the surface energy of the printed circuit board is increased without the solder, which is used to solder the components to the printed circuit board, melting, characterized in that, during the treatment of the printed circuit board in the vapor phase soldering system, a temperature curve as a function of time, and a pressure curve as a function of time, occur, wherein the temperature curve has a maximum range with a maximum temperature between two ranges with an increasing and decreasing temperature, and the pressure curve outside the maximum range has a pressure close to the normal pressure, and wherein a negative pressure is generated as soon as a temperature that is currently present is located in the maximum range. Treatment of the printed circuit board in a vapor phase soldering system using a heat transfer medium, wherein the surface energy of the printed circuit board is increased without the solder, which is used to solder the components to the printed circuit board, melting, characterized in that, during the treatment of the printed circuit board in the vapor phase soldering system, a temperature curve as a function of time, and a pressure curve as a function of time, occur, wherein the temperature curve has a maximum range with a maximum temperature between two ranges with an increasing and decreasing temperature, and the pressure curve outside the maximum range has a pressure close to the normal pressure, and wherein a negative pressure is generated as soon as a temperature that is currently present is located in the maximum range.
A method for manipulating branch target buffer data, the method comprising: providing a lookup tag to a compressed branch target buffer and an uncompressed branch target buffer, wherein the uncompressed branch target buffer is configured to store entries that include data for more than one branch, and wherein the compressed branch target buffer is configured to store entries that each include data for only a single branch; identifying a branch target buffer entry from one or both of the compressed branch target buffer and the uncompressed branch target buffer based on the lookup tag; and outputting data corresponding to the branch target buffer entry to branch prediction logic for predicting a branch. providing a lookup tag to a compressed branch target buffer and an uncompressed branch target buffer, wherein the uncompressed branch target buffer is configured to store entries that include data for more than one branch, and wherein the compressed branch target buffer is configured to store entries that each include data for only a single branch; identifying a branch target buffer entry from one or both of the compressed branch target buffer and the uncompressed branch target buffer based on the lookup tag; and outputting data corresponding to the branch target buffer entry to branch prediction logic for predicting a branch.