mhurhangee/ep-ind-claims huggingface dataset:
A distance indicator for indicating the distance that a device has traveled with respect to a guidewire, the distance indicator comprising: an elongate housing having first and second housing ends longitudinally separated by a housing body and a guidewire connector configured for operative connection to the guidewire to hold the housing stationary with respect thereto; a plunger having first and second plunger ends longitudinally separated by a plunger body, the plunger being operatively connected to the housing for longitudinal motion with respect to the housing, and the first plunger end being configured to operatively contact the device; and a biasing member urging the plunger longitudinally with respect to the housing to keep the first plunger end in operative contact with the device as the device moves with respect to the guidewire; wherein, as the guidewire connector is holding the housing stationary with respect to the guidewire, the first plunger end is placed into operative contact with the device with the plunger and housing in a first relative plunger/housing position, the device moves longitudinally with respect to the guidewire and attached housing, and the plunger moves into a second relative plunger/housing position assisted by the operative connection between the first plunger end and the device, the longitudinal difference between the first and second relative plunger/housing positions indicating a distance that the device has moved longitudinally with respect to the guidewire. an elongate housing having first and second housing ends longitudinally separated by a housing body and a guidewire connector configured for operative connection to the guidewire to hold the housing stationary with respect thereto; a plunger having first and second plunger ends longitudinally separated by a plunger body, the plunger being operatively connected to the housing for longitudinal motion with respect to the housing, and the first plunger end being configured to operatively contact the device; and a biasing member urging the plunger longitudinally with respect to the housing to keep the first plunger end in operative contact with the device as the device moves with respect to the guidewire; wherein, as the guidewire connector is holding the housing stationary with respect to the guidewire, the first plunger end is placed into operative contact with the device with the plunger and housing in a first relative plunger/housing position, the device moves longitudinally with respect to the guidewire and attached housing, and the plunger moves into a second relative plunger/housing position assisted by the operative connection between the first plunger end and the device, the longitudinal difference between the first and second relative plunger/housing positions indicating a distance that the device has moved longitudinally with respect to the guidewire.
A molding material for thermocompression molding comprising a resin composition and a carbon-fiber-reinforcing material, wherein the resin composition contains a poly(meth)acrylate compound having hydroxy groups, a radical-polymerizable diluent, a polyisocyanate compound, a styrene-based elastomer having unsaturated double bonds, and a polymerization initiator; a content of the styrene-based elastomer having unsaturated double bonds in the resin composition is within a range of 0.1 to 3.0 parts by mass relative to 100 parts by mass of a total amount of the poly(meth)acrylate compound having hydroxy groups, the radical-polymerizable diluent, and the polyisocyanate compound; and the carbon-fiber-reinforcing material is carbon paper surface-treated with a water-soluble resin having hydroxy groups.
Sealing apron device for a transport system, wherein the transport system comprises a conveyor and a wall arranged above said conveyor, wherein the sealing apron device comprises a sealing apron block for sealing gaps between the wall and the conveyor in a sealing direction and a holder for holding said sealing apron block relative to said wall in a mounting plane parallel to said sealing direction, wherein the sealing apron block comprises a main body and a protrusion extending away from said main body in a protrusion direction perpendicular to the sealing direction, wherein the sealing apron block is adjustable with respect to the holder in the sealing direction along an adjustment path by applying blows of a hammer or a mallet to the protrusion, wherein the holder comprises a bracket with a mounting section for mounting the bracket relative to the wall and a retaining section for retaining the sealing apron block in the sealing direction, wherein the retaining section comprises a retaining part for clamping the sealing apron block in a clamping direction transverse to the mounting plane, characterized in that the retaining section further comprises a guiding part for guiding the protrusion of the sealing apron block along at least a part of the adjustment path, wherein the guiding part is arranged for engaging the protrusion of the sealing apron block along at least a part of the adjustment path.
A labeling machine comprising a device for applying labels to containers to be labeled, said application device being fed by a feeding unit supported by a base frame and comprising at least one device for supporting a spool of a film of labels which is arranged around a hollow tubular body, wherein said supporting device comprises at least one base body supported by said base frame and an elongated body which can be associated removably with said base body by virtue of removable connecting means, characterized in that said elongated body is insertable into said hollow tubular body of said spool when separated from said base body, locking means being further provided which are adapted to lock said elongated body in said tubular body with said elongated body separated from said base body, said elongated body comprising a grip portion adapted to allow the movement of said spool with respect to said feeding unit.
An N,N'-diarylurea derivative represented by the following general formula: wherein R2 is a linear, branched or alicyclic alkyl group having 1 to 12 carbon atoms, an aralkyl group having 7 to 12 carbon atoms which is unsubstituted or substituted with an alkyl group having 1 to 12 carbon atoms, an alkoxy group having 1 to 12 carbon atoms, an aryl group having 6 to 12 carbon atoms, or a halogen atom, or an aryl group having 6 to 12 carbon atoms which is unsubstituted or substituted with an alkyl group having 1 to 12 carbon atoms, an alkoxy group having 1 to 12 carbon atoms, an aryl group having 6 to 12 carbon atoms, or a halogen atom, and a plurality of R2s may be the same or different; and A1 represents a hydrogen atom, or an alkyl group having 1 to 4 carbon atoms and a plurality of A1s may be the same or different.
Lifting system for vehicles, comprising: - at least one lifting platform adapted to support a vehicle; - at least one lifting assembly associable with a supporting surface and associated with said lifting platform, movable between a retracted position, wherein said lifting platform is arranged in the proximity of said supporting surface, and an extended position, wherein said lifting platform is raised with respect to said supporting surface to allow the lifting of said vehicle; wherein said lifting assembly comprises: - at least one lifting structure, intended to be fastened to said supporting surface and associated rotatable with said lifting platform and comprising at least one pantograph structure associable with said supporting surface; characterized in that said lifting structure comprises: - at least one lifting rod operatively positioned between said pantograph structure and said lifting platform; and - linking means between said pantograph structure and said lifting rod; and said lifting assembly comprises at least one actuator system operatively positioned between said lifting structure and said lifting platform; wherein said lifting structure and said actuator system are associated rotatable with said lifting platform around at least one operational axis (A1, A2). - at least one lifting platform adapted to support a vehicle; - at least one lifting assembly associable with a supporting surface and associated with said lifting platform, movable between a retracted position, wherein said lifting platform is arranged in the proximity of said supporting surface, and an extended position, wherein said lifting platform is raised with respect to said supporting surface to allow the lifting of said vehicle; wherein said lifting assembly comprises: - at least one lifting structure, intended to be fastened to said supporting surface and associated rotatable with said lifting platform and comprising at least one pantograph structure associable with said supporting surface; - at least one lifting structure, intended to be fastened to said supporting surface and associated rotatable with said lifting platform and comprising at least one pantograph structure associable with said supporting surface; characterized in that said lifting structure comprises: - at least one lifting rod operatively positioned between said pantograph structure and said lifting platform; and - linking means between said pantograph structure and said lifting rod; - at least one lifting rod operatively positioned between said pantograph structure and said lifting platform; and - linking means between said pantograph structure and said lifting rod; and said lifting assembly comprises at least one actuator system operatively positioned between said lifting structure and said lifting platform; wherein said lifting structure and said actuator system are associated rotatable with said lifting platform around at least one operational axis (A1, A2).
A Coriolis flow fin sensor with a first fin and a second fin, the fin sensor further having at least two transducers (104a and 104b) coupled to the fins (108a and 108b), the first fin being vibratorily coupled to the second fin by at least two fin couplers (120a, 120b) characterized in that the Coriolis flow fin sensor further comprises a base coupled to the first and second fins, the base being a varying base that has varying hardness.
Adapter for a motor vehicle, with a holding plate, wherein two latching devices are arranged on the holding plate for latching the adapter to a holder attached to the motor vehicle, and wherein at least one fastening device is arranged on the holding plate for fastening an object to the adapter, wherein the holding plate preferably has a spacer for keeping a distance between a vehicle seat and the holding plate, wherein said two latching devices are each arranged at one end of a latch arm and the latch arms are guided on the spacer or on the holding plate and interact with a locking device in such a way that the latch arms can be moved relative to the spacers or relative to the holding plate in and against a displacement direction as long as the locking device is not activated, and that they are fixed on the spacers or on the holding plate, when the locking device is activated, characterized in that the locking device is a ratchet mechanism which is designed in such a way that, when it is activated, it allows the latch arms to be displaced relative to the spacer assigned to them or relative to the holding plate so that the end face of the holding plate directly opposite a rear seat back of the vehicle approaches the rear seat back or even compresses its padding locally, and that it allows the latch arm in question to be fixed automatically in this position on the spacer assigned to it or the holding plate assigned to it.
An information processing device comprising: an image capturing device configured to capture a movement of an object within a moving image; a tracking processing unit configured to define a candidate curve representing a contour of an object in a current image frame included within the moving image captured by the image capturing device, based on a contour of the object estimated in an image frame at a preceding point of time, and to estimate the contour of the object in the current image frame by observing the likelihood of the candidate curve; a gesture detection unit configured to acquire a parameter indicating an orientation of the object or a position of the object by performing image analysis in an area inside the contour of the object estimated by the tracking processing unit, and determine whether a gesture is made by checking a time-dependent change in the orientation of the object or in the position of the object, which is estimated from the parameter, by referring to a criterion defined for each gesture; and an output data generation unit configured to perform, when the gesture detection unit determines that a gesture is made, a process corresponding to the gesture and generate output data accordingly; wherein the tracking processing unit estimates a head contour of a user, and the gesture detection unit identifies a facial region by performing texture mapping in an area inside the head contour and estimates a time-dependent change in an orientation of the head based on the variation in an area occupied by the facial region and a direction of the variation. an image capturing device configured to capture a movement of an object within a moving image; a tracking processing unit configured to define a candidate curve representing a contour of an object in a current image frame included within the moving image captured by the image capturing device, based on a contour of the object estimated in an image frame at a preceding point of time, and to estimate the contour of the object in the current image frame by observing the likelihood of the candidate curve; a gesture detection unit configured to acquire a parameter indicating an orientation of the object or a position of the object by performing image analysis in an area inside the contour of the object estimated by the tracking processing unit, and determine whether a gesture is made by checking a time-dependent change in the orientation of the object or in the position of the object, which is estimated from the parameter, by referring to a criterion defined for each gesture; and an output data generation unit configured to perform, when the gesture detection unit determines that a gesture is made, a process corresponding to the gesture and generate output data accordingly; wherein the tracking processing unit estimates a head contour of a user, and the gesture detection unit identifies a facial region by performing texture mapping in an area inside the head contour and estimates a time-dependent change in an orientation of the head based on the variation in an area occupied by the facial region and a direction of the variation.
A method of improving the measurement accuracy of digital ice rate sensors by providing an enhanced surface finish on magnetostrictive oscillator detector probes, further comprising a method of statistical process control, comprising the steps of: measuring external surface roughness (R a) on each of the magnetostrictive oscillator detector probes and at least one parameter of a metal plating bath, wherein the at least one parameter is selected from the group consisting of bath temperature, soak time, and chemical concentration, and wherein the measuring occurs on at least a sample of the magnetostrictive oscillator detector probes; recording the external surface roughness (R a) and the at least one parameter; evaluating a series of the external surface roughness (R a) and the at least one parameter; and determining a trend in the series. measuring external surface roughness (R a) on each of the magnetostrictive oscillator detector probes and at least one parameter of a metal plating bath, wherein the at least one parameter is selected from the group consisting of bath temperature, soak time, and chemical concentration, and wherein the measuring occurs on at least a sample of the magnetostrictive oscillator detector probes; recording the external surface roughness (R a) and the at least one parameter; evaluating a series of the external surface roughness (R a) and the at least one parameter; and determining a trend in the series.
A method for attenuating noise in seismic data without generating diversity stack comprising: transmitting a single pseudo-random frequency sweep signal that propagates in a survey area; acquiring seismic data resulting from said transmitted single pseudo-random frequency sweep signal; determining a plurality of time windows for said acquired seismic data; attenuating, using a processor, noise from said acquired seismic data in each of said time windows using one of a thresholding technique, weighting technique, or spatial coherency technique for selectively identifying and attenuating noise from said acquired seismic data in each of said time windows, to obtain substantially noise free seismic data; and correlating or de-convolving, using a processor, said substantially noise free seismic data with a replica of said transmitted single pseudo-random frequency sweep signal for each of said time windows. transmitting a single pseudo-random frequency sweep signal that propagates in a survey area; acquiring seismic data resulting from said transmitted single pseudo-random frequency sweep signal; determining a plurality of time windows for said acquired seismic data; attenuating, using a processor, noise from said acquired seismic data in each of said time windows using one of a thresholding technique, weighting technique, or spatial coherency technique for selectively identifying and attenuating noise from said acquired seismic data in each of said time windows, to obtain substantially noise free seismic data; and correlating or de-convolving, using a processor, said substantially noise free seismic data with a replica of said transmitted single pseudo-random frequency sweep signal for each of said time windows.
Egg laying device for flies, the device comprising: - a fly cage and - a laying nest which is intended to receive the eggs laid by flies which are enclosed in the cage, characterized in that the cage is passed through by at least one egg laying aperture which opens towards the exterior of the cage via an external opening, and wherein the laying nest is arranged outside the cage and defines an egg laying zone which extends opposite the external opening, and on which the flies can lay eggs when they are laying eggs through the egg laying aperture while preventing the passage of the flies. - a fly cage and - a laying nest which is intended to receive the eggs laid by flies which are enclosed in the cage,
A method performed by a network node of a wireless communication network for detecting uplink congestion, wherein the wireless communication network is configured for packet transmission by establishing tunnels between nodes of the wireless communication network and packets detected to experience uplink congestion comprise a marker which is inserted by a base station of the wireless communication network, the method comprises: - receiving a packet from a user equipment via a base station, - analyzing the packet to detect information of the packet and if the packet comprises a marker indicating uplink congestion, and if said marker is detected, - extracting ingress Internet Protocol, IP, number of the tunnel used for said packet, and characterized by - sending information of the marked packet and the extracted ingress IP number of the tunnel used for said packet to a performance monitoring node configured to identify at which base station of the wireless communication network uplink congestion has occurred and to collect and store identity information of any base station in the wireless communication network where uplink congestion has occurred. - receiving a packet from a user equipment via a base station, - analyzing the packet to detect information of the packet and if the packet comprises a marker indicating uplink congestion, and if said marker is detected, - extracting ingress Internet Protocol, IP, number of the tunnel used for said packet, and characterized by - sending information of the marked packet and the extracted ingress IP number of the tunnel used for said packet to a performance monitoring node configured to identify at which base station of the wireless communication network uplink congestion has occurred and to collect and store identity information of any base station in the wireless communication network where uplink congestion has occurred.
Hydraulic drive system, consisting of at least two individual units, each of which has a hydraulic pump which can be operated by means of a drive and which feeds pressurised fluid into a common feed line on the outlet side, to which, associated with each individual unit, at least one valve device is connected for supplying a respective consumer, wherein two adjacent individual units are separated from each other or connected to each other in a fluid-conducting manner by means of a valve (15, 16, 17) in the feed line, wherein the at least two individual units are of modular design, form a longitudinal chain with each other when strung together and each have a section of the feed line, wherein the respective sections of the feed line are connected to each other by fluid connection points, which can be separated from each other, between the adjacently arranged individual units, wherein the fluid-conducting connection of the individual units to each other via the feed line forms a type of longitudinal chain for the hydraulic pumps; and wherein, due to the separable longitudinal chain of the individual units, the respective hydraulic consumers, such as actuators in the form of working cylinders or hydraulic motors, can be operated at rapid or creep speed or, if necessary, can produce high outputs when all individual units are connected.
An isolated nucleic acid molecule that encodes a cytochrome P450 polypeptide wherein said nucleic acid molecule comprises or consists of a nucleotide sequence selected from the group consisting of: i) a nucleotide sequence as represented by the sequence in Figure 1a or 3a; ii) a nucleotide sequence wherein said sequence is degenerate as a result of the genetic code to the nucleotide sequence defined in (i); iii) a nucleic acid molecule the complementary strand of which hybridizes to nucleotide sequences with at least 90% identity under very stringent hybridization conditions to the sequence in Figure 1a or 3a wherein said nucleic acid molecule encodes a cytochrome P450 polypeptide; iv) a nucleotide sequence that encodes a polypeptide comprising an amino acid sequence as represented in Figure 4a; v) a nucleotide sequence that encodes a polypeptide comprising an amino acid sequence wherein said amino acid sequence is modified by addition deletion or substitution of at least one amino acid residue as represented in iv) above and has at least 85 % sequence identity to the full length sequence represented in figure 4a which has retained cytochrome P450 activity. i) a nucleotide sequence as represented by the sequence in Figure 1a or 3a; ii) a nucleotide sequence wherein said sequence is degenerate as a result of the genetic code to the nucleotide sequence defined in (i); iii) a nucleic acid molecule the complementary strand of which hybridizes to nucleotide sequences with at least 90% identity under very stringent hybridization conditions to the sequence in Figure 1a or 3a wherein said nucleic acid molecule encodes a cytochrome P450 polypeptide; iv) a nucleotide sequence that encodes a polypeptide comprising an amino acid sequence as represented in Figure 4a; v) a nucleotide sequence that encodes a polypeptide comprising an amino acid sequence wherein said amino acid sequence is modified by addition deletion or substitution of at least one amino acid residue as represented in iv) above and has at least 85 % sequence identity to the full length sequence represented in figure 4a which has retained cytochrome P450 activity.