mhurhangee/ep-ind-claims huggingface dataset:
An information processor comprising: a route search unit configured to search, based on a search condition selected by a user from a plurality of search conditions, for a route to a destination point by using network information indicating information on a road network in form of node data and link data in a case where the user moves from a point to another point; and a position obtaining unit configured to obtain a current position, wherein the route search unit is configured to re-search for the route based on a search condition according to a moving route when the moving route based on a position obtained by the position obtaining unit is different from the searched route so as to reroute the searched route, characterized in that the route search unit is configured to calculate an evaluation value for each of a plurality of search conditions corresponding to a transportation mode of the user based on a goodness of fit of each search condition relative to link data of the moving route and to select the search condition according to the moving route based on the calculated evaluation values. a route search unit configured to search, based on a search condition selected by a user from a plurality of search conditions, for a route to a destination point by using network information indicating information on a road network in form of node data and link data in a case where the user moves from a point to another point; and a position obtaining unit configured to obtain a current position, wherein the route search unit is configured to re-search for the route based on a search condition according to a moving route when the moving route based on a position obtained by the position obtaining unit is different from the searched route so as to reroute the searched route, characterized in that the route search unit is configured to calculate an evaluation value for each of a plurality of search conditions corresponding to a transportation mode of the user based on a goodness of fit of each search condition relative to link data of the moving route and to select the search condition according to the moving route based on the calculated evaluation values.
A monitoring apparatus, comprising: an image capturing unit for capturing an image in the visible spectrum of an object to be monitored; an inversion condition determining unit for determining whether an inversion condition is satisfied or not said inversion condition is related to poorness of the visibility of the image captured by the image capturing unit; a display image generating unit for generating a negative/positive inverted image from the captured image when it is determined by the inversion condition determining unit that the inversion condition is satisfied; wherein an exposure controlling unit for effecting exposure control of the image capturing unit by controlling a gain value or a shutter speed of the image capturing unit, wherein said gain value or said shutter speed is respectively calculated based on the captured image captured by the image capturing unit; and said inversion condition determining unit determining (#33) the inversion condition based on said gain value when the exposure controlling unit controls the gain value, said inversion condition determining unit determining (#44) the inversion condition based on said shutter speed when the exposure controlling unit controls the shutter speed. an image capturing unit for capturing an image in the visible spectrum of an object to be monitored; an inversion condition determining unit for determining whether an inversion condition is satisfied or not said inversion condition is related to poorness of the visibility of the image captured by the image capturing unit; a display image generating unit for generating a negative/positive inverted image from the captured image when it is determined by the inversion condition determining unit that the inversion condition is satisfied; wherein an exposure controlling unit for effecting exposure control of the image capturing unit by controlling a gain value or a shutter speed of the image capturing unit, wherein said gain value or said shutter speed is respectively calculated based on the captured image captured by the image capturing unit; and said inversion condition determining unit determining (#33) the inversion condition based on said gain value when the exposure controlling unit controls the gain value, said inversion condition determining unit determining (#44) the inversion condition based on said shutter speed when the exposure controlling unit controls the shutter speed.
Battery compartment for a hand-held laser distance finder, for reversible introduction into the laser distance finder having at least one holder for an energy storage element and at least one contact element (78, 80) for making electrical contact between the battery compartment and the laser distance finder, characterized in that an interface (85, 86) is provided in the battery compartment for communication with an application which is external with respect to the laser distance finder.
An air drier for an air suspension of a vehicle for supplying dry air (Ad) to the air suspension, comprising: a housing having a tubular shape and including inflow and outflow ports (11, 12) formed at first and second ends, respectively, in an axial direction; first and second filters (21, 22) accommodated in the housing; a desiccant agent supported between the first and second filters (21, 22); and an air guide member arranged between the first filter and the first end of the housing where the inflow port is formed, the air guide member supporting the first filter and the desiccant agent, characterised in that the air guide member comprises - a tubular portion covering the inflow port in the axial direction thereof and having a wall portion extending in the axial direction of the housing and providing an opening at one axial side of the tubular portion with an opening area being larger than an opening area of the inflow port and a bottom portion (41 c) connecting the wall portion (41 b) at the other axial side of the tubular portion thereby forming an inner surface (41 d) serving as a shielding surface, and - an annular plate extending radially outward from the opening (41 a) of the tubular portion and including a plurality of holes wherein the tubular portion forms a flow passage guiding fluid from the inflow port to the first filter via the holes formed in the annular plate, wherein the tubular portion and the annular plate being included in the air guide member are formed to have a hat-shaped cross section. a housing having a tubular shape and including inflow and outflow ports (11, 12) formed at first and second ends, respectively, in an axial direction; first and second filters (21, 22) accommodated in the housing; a desiccant agent supported between the first and second filters (21, 22); and an air guide member arranged between the first filter and the first end of the housing where the inflow port is formed, the air guide member supporting the first filter and the desiccant agent, - a tubular portion covering the inflow port in the axial direction thereof and having a wall portion extending in the axial direction of the housing and providing an opening at one axial side of the tubular portion with an opening area being larger than an opening area of the inflow port and a bottom portion (41 c) connecting the wall portion (41 b) at the other axial side of the tubular portion thereby forming an inner surface (41 d) serving as a shielding surface, and - an annular plate extending radially outward from the opening (41 a) of the tubular portion and including a plurality of holes wherein the tubular portion forms a flow passage guiding fluid from the inflow port to the first filter via the holes formed in the annular plate, wherein the tubular portion and the annular plate being included in the air guide member are formed to have a hat-shaped cross section.
An in vitro method of compound screening for early onset sporadic Parkinson's Disease, the method comprising: contacting a quantity of midbrain dopaminergic neurons with one or more test compounds; measuring expression levels of biomarkers, wherein the biomarkers comprise PKC activation and α-synuclein protein levels, wherein PKC activation is PKCα phosphorylation; and selecting one or more test compounds based on the measured expression levels of the biomarkers, wherein the measured expression levels comprise levels of phosphorylated PKCα and α-synuclein in the midbrain dopaminergic neurons, wherein the midbrain dopaminergic neurons are differentiated from early onset sporadic Parkinson's Disease patient blood cell-derived induced pluripotent stem cells (iPSCs). contacting a quantity of midbrain dopaminergic neurons with one or more test compounds; measuring expression levels of biomarkers, wherein the biomarkers comprise PKC activation and α-synuclein protein levels, wherein PKC activation is PKCα phosphorylation; and selecting one or more test compounds based on the measured expression levels of the biomarkers, wherein the measured expression levels comprise levels of phosphorylated PKCα and α-synuclein in the midbrain dopaminergic neurons, wherein the midbrain dopaminergic neurons are differentiated from early onset sporadic Parkinson's Disease patient blood cell-derived induced pluripotent stem cells (iPSCs).
A method of generating a pan-oral image acquisition trajectory for an X-ray imaging source, said method comprising: generating a plurality of data points representative of spatial positions of an actual dentition of a patient with respect to a defined spatial coordinate system; computing a fitted curve through at least a portion of said spatial positions of said dentition using said plurality of data points; computing a pan-oral image acquisition trajectory with respect to said defined spatial coordinate system using said fitted curve, wherein said pan-oral image acquisition trajectory is the trajectory to be traversed by said X-ray imaging source for acquiring a pan-oral image of said dentition, characterised in that said pan-oral image acquisition trajectory is defined by acquisition points computed such that the incident directions of x-ray radiation are substantially perpendicular to said fitted curve and such that said acquisition points are substantially at a defined focal distance from said fitted curve, wherein said pan-oral image acquisition trajectory allows for acquisition of said pan-oral image of said dentition in an anatomical order by allowing at least a portion of said acquisition points defining the pan-oral image acquisition trajectory to be traversed in a scanning order different from a general scanning order. generating a plurality of data points representative of spatial positions of an actual dentition of a patient with respect to a defined spatial coordinate system; computing a fitted curve through at least a portion of said spatial positions of said dentition using said plurality of data points; computing a pan-oral image acquisition trajectory with respect to said defined spatial coordinate system using said fitted curve, wherein said pan-oral image acquisition trajectory is the trajectory to be traversed by said X-ray imaging source for acquiring a pan-oral image of said dentition, characterised in that said pan-oral image acquisition trajectory is defined by acquisition points computed such that the incident directions of x-ray radiation are substantially perpendicular to said fitted curve and such that said acquisition points are substantially at a defined focal distance from said fitted curve, wherein said pan-oral image acquisition trajectory allows for acquisition of said pan-oral image of said dentition in an anatomical order by allowing at least a portion of said acquisition points defining the pan-oral image acquisition trajectory to be traversed in a scanning order different from a general scanning order.
A turbomachine blade clearance system, comprising: an actuator including an actuating portion configured to be fixed to an interior surface of a turbomachine housing and an actuator shaft for actuating movement relative to the turbomachine housing; a turbomachine blade seal operatively connected to the shaft of the actuator and configured to move relatively to the turbomachine housing to adjust its distance from a turbomachine blade to maintain a predetermined gap clearance between the blade seal and the blade; a waveguide disposed within the shaft; and at least one antenna disposed in electromagnetic communication with the waveguide such that an electromagnetic wave from the antenna can be directed by the waveguide. an actuator including an actuating portion configured to be fixed to an interior surface of a turbomachine housing and an actuator shaft for actuating movement relative to the turbomachine housing; a turbomachine blade seal operatively connected to the shaft of the actuator and configured to move relatively to the turbomachine housing to adjust its distance from a turbomachine blade to maintain a predetermined gap clearance between the blade seal and the blade; a waveguide disposed within the shaft; and at least one antenna disposed in electromagnetic communication with the waveguide such that an electromagnetic wave from the antenna can be directed by the waveguide.
Holding device for holding a component of an exhaust system on a peripheral structure belonging particularly to a vehicle equipped with the exhaust system, comprising: - a first connecting point for attaching the holding device to the component of the exhaust system; - a second connecting point for attaching the holding device to the structure; - a coupling device arranged between the connecting points (11, 12), which enables reversible relative movements to take place between the connecting points (11, 12), - the coupling device being configured so that it has a speed-dependent and/or frequency-dependent stiffness in at least one direction of action such that the coupling device has less stiffness with slower or low-frequency relative movements than with faster or high-frequency relative movements, characterised in that the coupling device comprises at least two coupling elements acting in series, one of which permits slower or low-frequency relative movements substantially free from force, while the other counteracts faster or high-frequency relative movements. - a first connecting point for attaching the holding device to the component of the exhaust system; - a second connecting point for attaching the holding device to the structure; - a coupling device arranged between the connecting points (11, 12), which enables reversible relative movements to take place between the connecting points (11, 12), - the coupling device being configured so that it has a speed-dependent and/or frequency-dependent stiffness in at least one direction of action such that the coupling device has less stiffness with slower or low-frequency relative movements than with faster or high-frequency relative movements,
Drilling fluid or metal working fluid comprising at least the following components: (a) an organic phase; (b) a water phase; and (c) as first additive an ester based on an ether carboxylic acid and an alcohol wherein said ether carboxylic acid and/or said alcohol is alkoxylated, wherein the drilling fluid or metal working fluid is a water-in-oil emulsion. (a) an organic phase; (b) a water phase; and (c) as first additive an ester based on an ether carboxylic acid and an alcohol
A method for machining a bearing ring (2, 3) of a rolling bearing, comprising the following features: - clamping a blank provided for producing the bearing ring (2, 3) into a machine tool, - structuring an annular surface of the bearing ring (2, 3) by high-feed milling, said surface forming a sealing face. - clamping a blank provided for producing the bearing ring (2, 3) into a machine tool, - structuring an annular surface of the bearing ring (2, 3) by high-feed milling, said surface forming a sealing face.
An information transmission method, comprising: determining, by a terminal, a scheduling request resource and a physical uplink shared channel (PUSCH) resource according to control signaling sent by a network-side device, wherein the SR resource is a physical uplink control channel (PUCCH) resource carrying SR information; and multiplexing the SR information onto the PUSCH resource in a case where the SR resource and the PUSCH resource overlap in a time domain and the SR resource and/or the PUSCH resource satisfy a preset condition, wherein the multiplexing the SR information onto the PUSCH resource comprises: transmitting the SR information on all preconfigured SR resources, and stopping transmitting data at positions on the PUSCH resource that correspond to the SR resources. determining, by a terminal, a scheduling request resource and a physical uplink shared channel (PUSCH) resource according to control signaling sent by a network-side device, wherein the SR resource is a physical uplink control channel (PUCCH) resource carrying SR information; and multiplexing the SR information onto the PUSCH resource in a case where the SR resource and the PUSCH resource overlap in a time domain and the SR resource and/or the PUSCH resource satisfy a preset condition, wherein the multiplexing the SR information onto the PUSCH resource comprises: transmitting the SR information on all preconfigured SR resources, and stopping transmitting data at positions on the PUSCH resource that correspond to the SR resources.
A method comprising: receiving layer-2 packets, at a satellite gateway, from one or more entities over a first communication network; generating a layer-3 header for each layer-2 packet, each layer-3 header including, in part, a Wide Area Network address associated with a destination terminal and a Wide Area Network address associated with an interface of a layer-3 module in the satellite gateway, the destination terminal being selected from a plurality of destination terminals, and the gateway and plurality of destination terminals being part of a second communication network; creating a context identification for each layer-2 packet based, at least in part, on header information contained in each respective layer-2 packet, wherein the context identification contains information for reconstructing the original layer-2 packet header; combining the layer-3 header and context identification with a payload from each respective layer-2 packet to form an encapsulated layer-2 packet, wherein the encapsulated layer-2 packet corresponds to a layer-3 packet for transporting over the second communication network; and transmitting the encapsulated layer-2 packet to selected destination terminals over the second communication network, wherein the second communication network is a layer-3 satellite network configured to transmit and receive only layer-3 packets. receiving layer-2 packets, at a satellite gateway, from one or more entities over a first communication network; generating a layer-3 header for each layer-2 packet, each layer-3 header including, in part, a Wide Area Network address associated with a destination terminal and a Wide Area Network address associated with an interface of a layer-3 module in the satellite gateway, the destination terminal being selected from a plurality of destination terminals, and the gateway and plurality of destination terminals being part of a second communication network; creating a context identification for each layer-2 packet based, at least in part, on header information contained in each respective layer-2 packet, wherein the context identification contains information for reconstructing the original layer-2 packet header; combining the layer-3 header and context identification with a payload from each respective layer-2 packet to form an encapsulated layer-2 packet, wherein the encapsulated layer-2 packet corresponds to a layer-3 packet for transporting over the second communication network; and transmitting the encapsulated layer-2 packet to selected destination terminals over the second communication network, wherein the second communication network is a layer-3 satellite network configured to transmit and receive only layer-3 packets.
A relaxation furniture with a lounging apparatus that has a bed surface, which has a head area and a foot area, wherein the head area is designed along a longitudinal centre line opposite to the foot area, and with a covering apparatus, with which the bed surface can be fully covered, wherein the covering apparatus has two swing doors (9, 10) that are hinged to the lounging apparatus so that the swing doors (9, 10) can be swivelled around a rotary axis independently from one another from a closed position covering the bed surface into an open position freeing the bed surface, characterized in that both swing doors (9, 10) are hinged to the lounging apparatus in a manner that they can be swivelled into the open position into the direction toward the head area and, in a fully closed position, a lower edge (13, 14) of the swing doors (9, 10) is arranged at least at the height of the bed surface.
A bone denuder comprising: a cutting drum having an interior cutting surface wherein the cutting surface is formed of a plurality of perforations; characterised in that the denuder further comprises an impeller positioned within the cutting drum wherein the impeller is a brushed impeller including a plurality of bristles; a shaft coupled to the impeller to rotate therewith; and a power source coupled to the shaft to provide rotational force thereto. a cutting drum having an interior cutting surface wherein the cutting surface is formed of a plurality of perforations; characterised in that the denuder further comprises an impeller positioned within the cutting drum wherein the impeller is a brushed impeller including a plurality of bristles; a shaft coupled to the impeller to rotate therewith; and a power source coupled to the shaft to provide rotational force thereto. an impeller positioned within the cutting drum wherein the impeller is a brushed impeller including a plurality of bristles; a shaft coupled to the impeller to rotate therewith; and a power source coupled to the shaft to provide rotational force thereto.
A coating composition capable of forming an alkali-soluble lubricating film, which contains an aqueous polyurethane composition and a lubricating functionality-providing agent at 1-30 wt% with respect to the solid content of said aqueous polyurethane composition, wherein the weight average molecular weight of the polyurethane resin in the aqueous polyurethane composition is 50,000 to 1,000,000, and the polyurethane resin is obtainable by reacting a compound having two active hydrogen groups with a compound having at least two isocyanate groups per molecule in a ratio of isocyanate groups to active hydrogen groups of 1.1 to 3.0 to prepare an isocyanate group-containing polyurethane prepolymer, and then reacting it with a chain extender to obtain the polyurethane resin, wherein said aqueous polyurethane composition is film-formable and its formed films are alkali-soluble, wherein the aqueous polyurethane composition contains a Na salt or K salt of a carboxyl group or sulfonic acid group as a hydrophilic group.