mhurhangee/ep-ind-claims huggingface dataset:
An industrial automation system, comprising: one or more industrial units, each industrial unit comprising a component that collects industrial unit data from said industrial unit; a network configured to collect traffic data associated with data traffic for network services, the industrial unit data and the traffic data being associated with an industrial process performed by the industrial automation system; and a coordination component that collects and analyzes both an internal data stream composed of the industrial unit data and an external data stream composed of the traffic data, and synchronizes and maintains timing and sequence relationships between the industrial unit data and the traffic data; and characterized by a process trend component that predicts an outcome of the industrial process, based on the synchronization of the industrial unit data and the traffic data, and initiates modification of the industrial process in real time; wherein the process trend component predicts the outcome of the industrial process by analysing messages that caused transitions of values in at least one of the industrial unit data or the traffic data using heuristic models to derive correlations among states of the industrial automation system that share a common message. one or more industrial units, each industrial unit comprising a component that collects industrial unit data from said industrial unit; a network configured to collect traffic data associated with data traffic for network services, the industrial unit data and the traffic data being associated with an industrial process performed by the industrial automation system; and a coordination component that collects and analyzes both an internal data stream composed of the industrial unit data and an external data stream composed of the traffic data, and synchronizes and maintains timing and sequence relationships between the industrial unit data and the traffic data; and characterized by a process trend component that predicts an outcome of the industrial process, based on the synchronization of the industrial unit data and the traffic data, and initiates modification of the industrial process in real time; wherein the process trend component predicts the outcome of the industrial process by analysing messages that caused transitions of values in at least one of the industrial unit data or the traffic data using heuristic models to derive correlations among states of the industrial automation system that share a common message.
Method for producing packs of the hinge-lid type having a bottom part and a lid part which is connected to the bottom part so as to be pivotable and having a frame which is arranged inside the bottom part, extends all around, abuts against bottom side walls (13, 14) and is included in part by the lid part when the pack is closed, wherein the flatly folded, closed frame is fed to an inserting or combining station for setting the frame upright and for inserting it into a bottom part which is held ready, wherein multiple, in particular three bottom parts are fed, located side by side, in a common plane to the inserting or combining station with set-upright bottom side walls (13, 14) and are held ready in the station located side by side, characterized by the following features: a) the preferably identical number of flatly folded frames - with frame portions (18, 19) in an upright arrangement - is fed to the combining station in a plane located above this, b) the respective flatly folded frame is moved downward to a downwardly offset plane, namely a setting-upright plane, by means of a lowering member, in particular a pressure member, preferably being deposited on a stop plate, c) in the combining station, the frames are pulled apart in the horizontal plane by righting members which preferably act on the free outer side of frame portions situated opposite one another, and are pulled into the three-dimensional shape or into the form suitable for the pack, d) the set-upright frame is then moved downward and at the same time inserted into the bottom parts which are held ready and deposited in or on the bottom part. a) the preferably identical number of flatly folded frames - with frame portions (18, 19) in an upright arrangement - is fed to the combining station in a plane located above this, b) the respective flatly folded frame is moved downward to a downwardly offset plane, namely a setting-upright plane, by means of a lowering member, in particular a pressure member, preferably being deposited on a stop plate, c) in the combining station, the frames are pulled apart in the horizontal plane by righting members which preferably act on the free outer side of frame portions situated opposite one another, and are pulled into the three-dimensional shape or into the form suitable for the pack, d) the set-upright frame is then moved downward and at the same time inserted into the bottom parts which are held ready and deposited in or on the bottom part.
Retractor for use in orthopaedic surgery of the shoulder, comprising a proximal handle, a distal operating portion and a curved body connecting the handle to the distal operating portion, wherein, in a side view, the handle, the curved body and the operating portion each define a respective mean line, wherein the operating portion comprises at least one retraction segment and one rest segment comprising at least one tip, characterized in that: - the mean line of the curved body mainly develops along a circular arc c having a concavity, - the mean line of the handle is tangent to the circular arc c, - the mean line of the operating portion is a polyline comprising straight and/or curved segments and defines a concavity opposed to the concavity of the circular arc c; - an extension of the circular arc c intersects the rest segment; and wherein - in a front view of the retractor, the curved body defines an elongated opening comprising a first proximal portion having a first width l and a second distal portion having a second width L, wherein l < L. - the mean line of the curved body mainly develops along a circular arc c having a concavity, - the mean line of the handle is tangent to the circular arc c, - the mean line of the operating portion is a polyline comprising straight and/or curved segments and defines a concavity opposed to the concavity of the circular arc c; - an extension of the circular arc c intersects the rest segment; - in a front view of the retractor, the curved body defines an elongated opening comprising a first proximal portion having a first width l and a second distal portion having a second width L, wherein l < L.
A floor board comprising a decorative surface layer applied to a substrate, wherein said substrate comprises MDF or HDF material at a side edge thereof, wherein said side edge of said substrate is treated with an impregnation agent and wherein said side edge is provided with a coating agent that forms a water tight layer on the respective edge, or on part of it, characterized in that said impregnation agent comprises a solvent, wherein the solvent is different from water.
An antigen recognizing construct specifically and/or selectively binding to a COL6A3 antigenic peptide having the amino acid sequence shown in SEQ ID NO: 58, wherein said antigen recognizing construct comprises the complementary determining regions (CDRs) (i) CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 1, SEQ ID NO:2 and SEQ ID NO: 3, respectively, and the CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 7, SEQ ID NO:8 and SEQ ID NO: 9, respectively, or (ii) CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 13, SEQ ID NO:14 and SEQ ID NO: 15, respectively, and the CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 19, SEQ ID NO:20 and SEQ ID NO: 21, respectively, or (iii) CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 25, SEQ ID NO:26 and SEQ ID NO: 27, respectively, and the CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 31, SEQ ID NO:32 and SEQ ID NO: 33, respectively; wherein said antigen recognizing construct comprises the respective CDR amino acid sequences with not more than one, two or three modified amino acids, wherein said modified amino acid is selected from an amino acid insertion, deletion or substitution. (i) CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 1, SEQ ID NO:2 and SEQ ID NO: 3, respectively, and the CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 7, SEQ ID NO:8 and SEQ ID NO: 9, respectively, or (ii) CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 13, SEQ ID NO:14 and SEQ ID NO: 15, respectively, and the CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 19, SEQ ID NO:20 and SEQ ID NO: 21, respectively, or (iii) CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 25, SEQ ID NO:26 and SEQ ID NO: 27, respectively, and the CDR1, CDR2 and CDR3 sequences having the amino acid sequence of SEQ ID NO: 31, SEQ ID NO:32 and SEQ ID NO: 33, respectively;
Harness device for dogs with an integrated retractable lead comprising a casing containing a winding system and a lead that can be retracted inside this casing, this casing being mounted so as to rotate 360° on the back part of the harness, means for fixing said casing to said harness comprising a plate fixed to said harness, a support removably connected to said plate, which can be snap-fastened by sliding inside said plate, and a rotary system interposed between said support and said casing, characterized in that said support has two arms (11a, 11b), which, when they are pinched together by the fingers of an operator, allow this support to be extracted by sliding inside a corresponding housing formed in the plate.
A baby crib comprising: an upper frame including a first and a second handrail portion (11, 12), the second handrail portion being detachably connected with two ends of the first handrail portion via two coupling assemblies, wherein at least one of the two coupling assemblies includes a first engaging structure provided on the first handrail portion, and a second engaging structure provided on the second handrail portion and adapted to engage with the first engaging structure; two folding joints respectively affixed with two opposite sides of the first handrail portion; two legs respectively connected pivotally with the two folding joints, each of the two legs having an upper segment and a lower segment that are connected with each other via a height adjustment mechanism; and a bar linkage extending transversally between the two legs, and having two opposite ends respectively connected with the two legs. an upper frame including a first and a second handrail portion (11, 12), the second handrail portion being detachably connected with two ends of the first handrail portion via two coupling assemblies, wherein at least one of the two coupling assemblies includes a first engaging structure provided on the first handrail portion, and a second engaging structure provided on the second handrail portion and adapted to engage with the first engaging structure; two folding joints respectively affixed with two opposite sides of the first handrail portion; two legs respectively connected pivotally with the two folding joints, each of the two legs having an upper segment and a lower segment that are connected with each other via a height adjustment mechanism; and a bar linkage extending transversally between the two legs, and having two opposite ends respectively connected with the two legs.
An apparatus comprising: a first circuit block configured to receive inphase and quadrature signals, to perform conversion from Cartesian to polar coordinates, and to generate magnitude and phase signals; a second circuit block (232, 240) comprising a delta-sigma, ∑Δ, modulator and configured to generate an envelope signal based on the magnitude signal; a third circuit block (242, 250, 252, 254) comprising a phase modulating phase locked loop, PLL, and configured to generate a phase modulated signal based on the phase signal; a fourth circuit block configured to generate a digitally modulated signal based on the envelope signal and the phase modulated signal; and a fifth circuit block (270, 280) comprising a class D amplifier and configured to amplify the digitally modulated signal to generate an output signal; and wherein the fourth circuit block comprises at least one exclusive-OR, XOR, gate configured to receive the envelope signal and the phase modulated signal and to generate the digitally modulated signal. a first circuit block configured to receive inphase and quadrature signals, to perform conversion from Cartesian to polar coordinates, and to generate magnitude and phase signals; a second circuit block (232, 240) comprising a delta-sigma, ∑Δ, modulator and configured to generate an envelope signal based on the magnitude signal; a third circuit block (242, 250, 252, 254) comprising a phase modulating phase locked loop, PLL, and configured to generate a phase modulated signal based on the phase signal; a fourth circuit block configured to generate a digitally modulated signal based on the envelope signal and the phase modulated signal; and a fifth circuit block (270, 280) comprising a class D amplifier and configured to amplify the digitally modulated signal to generate an output signal; and wherein the fourth circuit block comprises at least one exclusive-OR, XOR, gate configured to receive the envelope signal and the phase modulated signal and to generate the digitally modulated signal.
A device comprising: a housing configured to be implanted in a patient; a first magnetic field sensor located at a first location within the housing and configured to measure a first strength of a magnetic field at the first location; a second magnetic field sensor located at a second location within the housing and configured to measure a second strength of the magnetic field at the second location; and a control module configured to identify a source of the magnetic field based on a difference between the first and second strengths; characterised in that: the control module is configured to: compare the difference to a spatial gradient threshold; identify the source of the magnetic field as a primary magnet of a magnetic resonance imaging device when the difference is less than the spatial gradient threshold; and identify the source of the magnetic field as a handheld magnetic device when the difference is greater than the spatial gradient threshold. a housing configured to be implanted in a patient; a first magnetic field sensor located at a first location within the housing and configured to measure a first strength of a magnetic field at the first location; a second magnetic field sensor located at a second location within the housing and configured to measure a second strength of the magnetic field at the second location; and a control module configured to identify a source of the magnetic field based on a difference between the first and second strengths; characterised in that: the control module is configured to: the control module is configured to: compare the difference to a spatial gradient threshold; identify the source of the magnetic field as a primary magnet of a magnetic resonance imaging device when the difference is less than the spatial gradient threshold; and identify the source of the magnetic field as a handheld magnetic device when the difference is greater than the spatial gradient threshold.
A method for detecting whether peer-to-peer, P2P, file sharing software is operating on a first node, comprising: a. creating a target file that contains identifying data, wherein the identifying data uniquely identifies the first node; b. placing the target file in one or more folders on the first node prior to an administrator knowing whether the first node is participating in P2P file sharing; c. issuing a search for the target file on a P2P file sharing network; and d. if the target file is located on the P2P file sharing network as a result of the search, determining that the P2P file sharing software is operating on the first node and preventing the first node from participating in the P2P file sharing network by blocking data access to the first node. a. creating a target file that contains identifying data, wherein the identifying data uniquely identifies the first node; b. placing the target file in one or more folders on the first node prior to an administrator knowing whether the first node is participating in P2P file sharing; c. issuing a search for the target file on a P2P file sharing network; and d. if the target file is located on the P2P file sharing network as a result of the search, determining that the P2P file sharing software is operating on the first node and preventing the first node from participating in the P2P file sharing network by blocking data access to the first node.
Absorption body (50...62) for connection to the human body, in particular for absorbing liquids which exude from parts of the human body, such as wounds, comprising: • a substantially planar material segment made of absorption material, consisting of an absorbent non-woven material comprising superabsorber particles distributed therein, • and a liquid-permeable envelope, which surrounds the material segment, forms a barrier against solid excretions, and allows other exuded substances to pass into the material segment made of absorption material arranged inside the envelope, the envelope comprising pores or meshes which are each smaller than the non-wetted superabsorber particles and being closed by a seam at least in part, characterised in that • the material segment comprises a surface in a plan view of its flat side, • which, when not wetted, is 20% to 75% smaller than the surface of the flat envelope, wherein the envelope is delimited by the peripheral seam, and is freely movable or fixed in the envelope, • wherein the envelope comprises, in a plan view of its flat side, a peripheral protrusion projecting beyond the seam, which is at least 1 mm wide, and the absorption body is free of hard, sharp edges and corners. • a substantially planar material segment made of absorption material, consisting of an absorbent non-woven material comprising superabsorber particles distributed therein, • and a liquid-permeable envelope, which surrounds the material segment, forms a barrier against solid excretions, and allows other exuded substances to pass into the material segment made of absorption material arranged inside the envelope, the envelope comprising pores or meshes which are each smaller than the non-wetted superabsorber particles and being closed by a seam at least in part, characterised in that • the material segment comprises a surface in a plan view of its flat side, • which, when not wetted, is 20% to 75% smaller than the surface of the flat envelope, wherein the envelope is delimited by the peripheral seam, and is freely movable or fixed in the envelope, • wherein the envelope comprises, in a plan view of its flat side, a peripheral protrusion projecting beyond the seam, which is at least 1 mm wide, and the absorption body is free of hard, sharp edges and corners.
Method for operating a synchronous machine by means of a three-phase power controller comprising three semiconductor controllers (6, 7, 8) which is connected to a three-phase network, having the following steps: - determination of the phase difference between magnet-wheel voltage of the synchronous machine and network voltage of the three-phase network, - determination of the rotational speed of the rotor of the synchronous machine, - determination of the phase position of the three-phase network, i.e. it is ascertained how far the current point in time is removed from the most recent zero crossing of one of the phase voltages, - determination of at least some of the stator currents (21, 22, 23) of the synchronous machine, - advance calculation of the torque curve for the synchronous machine for a definable period of time in the event of activation of at least two of the semiconductor controllers (6, 7, 8) while taking into account the determined values for phase difference, rotational speed, stator current and phase position, - determination of a switching time point on the basis of the advance calculation, in which case the at least two semiconductor controllers (6, 7, 8) are activated at the switching time point. - determination of the phase difference between magnet-wheel voltage of the synchronous machine and network voltage of the three-phase network, - determination of the rotational speed of the rotor of the synchronous machine, - determination of the phase position of the three-phase network, i.e. it is ascertained how far the current point in time is removed from the most recent zero crossing of one of the phase voltages, - determination of at least some of the stator currents (21, 22, 23) of the synchronous machine, - advance calculation of the torque curve for the synchronous machine for a definable period of time in the event of activation of at least two of the semiconductor controllers (6, 7, 8) while taking into account the determined values for phase difference, rotational speed, stator current and phase position, - determination of a switching time point on the basis of the advance calculation, in which case the at least two semiconductor controllers (6, 7, 8) are activated at the switching time point.
A case for a battery module comprising: a body having an internal space; and an end plate disposed on an end of the body, wherein the body includes a bottom plate having at least one coolant flow path through which a coolant flows, and wherein the end plate includes a coolant flow tube through which the coolant flows and at least one connection portion extending from the coolant flow tube and coupled to the at least one coolant flow path of the bottom plate, characterized in that the end plate includes a plate portion having a lattice shape on one surface thereof and an extension portion extending from the plate portion, and the coolant flow tube is connected to an end of the extension portion. a body having an internal space; and an end plate disposed on an end of the body, wherein the body includes a bottom plate having at least one coolant flow path through which a coolant flows, and wherein the end plate includes a coolant flow tube through which the coolant flows and at least one connection portion extending from the coolant flow tube and coupled to the at least one coolant flow path of the bottom plate, characterized in that the end plate includes a plate portion having a lattice shape on one surface thereof and an extension portion extending from the plate portion, and the coolant flow tube is connected to an end of the extension portion.