mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for locating a center of rotation (Pc') of an articulated joint connecting two bones or sets of bones of an upper or lower limb of a user, said method comprising the steps of: a) performing, by the user, a series of repetitive movements of sweeping one of the bones or sets of bones around the joint, and simultaneously acquiring 3D positions of the bone or set of bones during said series, thereby obtaining a 3D cloud of points; b) computing, in a 3D searching space comprising a 3D position of a termination of the other bone or set of bones, a point referred to as center point (Pc), said center point being a searching point of the 3D searching space for which the standard deviation is the lowest considering a set of distances between the searching point and each point of the 3D cloud of points; c) transforming the 3D cloud of points into a plane by applying a principal component analysis on said 3D cloud of points, or based on a rectangular bounding box enclosing said 3D cloud of points and by computing a plane which is parallel to both largest faces of the bounding box and divides the bounding box in two equal volumes; and d) projecting the center point on said plane, thereby obtaining the center of rotation (Pc') of the joint. a) performing, by the user, a series of repetitive movements of sweeping one of the bones or sets of bones around the joint, and simultaneously acquiring 3D positions of the bone or set of bones during said series, thereby obtaining a 3D cloud of points; b) computing, in a 3D searching space comprising a 3D position of a termination of the other bone or set of bones, a point referred to as center point (Pc), said center point being a searching point of the 3D searching space for which the standard deviation is the lowest considering a set of distances between the searching point and each point of the 3D cloud of points; c) transforming the 3D cloud of points into a plane by applying a principal component analysis on said 3D cloud of points, or based on a rectangular bounding box enclosing said 3D cloud of points and by computing a plane which is parallel to both largest faces of the bounding box and divides the bounding box in two equal volumes; and d) projecting the center point on said plane, thereby obtaining the center of rotation (Pc') of the joint.
A computer-implemented method for determining the presence of a biomacromolecule of an organism in a sample comprising the step of comparing an observed mass spectrum of the sample with a theoretical fragment ion spectrum comprising theoretical fragment ion masses; wherein said biomacromolecule is a protein, and wherein said method comprises the steps of: - obtaining an observed mass spectrum of the sample thereby obtaining a set of query peaks; - subtracting the m/z value of every query peak from the theoretical fragment ion masses of a target proteome of said organism obtained by determining theoretical fragment ion spectra comprising theoretical fragment ion masses for the protein sequence of said target proteome; - clustering and scoring the resulting differences, thereby obtaining scores representative of the likelyhood of the presence of a specific protein in said sample; and - assigning the observed mass spectrum to a protein of said proteome based on said scores, thereby identifying the presence of said protein in said sample; wherein said theoretical fragment ion spectra are obtained; - by generating complete theoretical fragment ion masses for the target proteome sequence at a-, b-, or c-ion bond and - x-, y-, or z-ion bond respectively and; - computing error intervals for every fragment ion mass based on error tolerance of the mass spectrometry instrumentation. - obtaining an observed mass spectrum of the sample thereby obtaining a set of query peaks; - subtracting the m/z value of every query peak from the theoretical fragment ion masses of a target proteome of said organism obtained by determining theoretical fragment ion spectra comprising theoretical fragment ion masses for the protein sequence of said target proteome; - clustering and scoring the resulting differences, thereby obtaining scores representative of the likelyhood of the presence of a specific protein in said sample; and - assigning the observed mass spectrum to a protein of said proteome based on said scores, thereby identifying the presence of said protein in said sample; wherein said theoretical fragment ion spectra are obtained; - by generating complete theoretical fragment ion masses for the target proteome sequence at a-, b-, or c-ion bond and - x-, y-, or z-ion bond respectively and; - computing error intervals for every fragment ion mass based on error tolerance of the mass spectrometry instrumentation.
Vehicle having a brake system which has at least one first brake device, which has a direct link from the brake pedal to a brake unit of the first brake device, and at least one second brake device, wherein, in the event that a vehicle system variable (v, s I) does not overshoot an associated limit value (v Lim, s I,Lim) and a brake actuation (b s) is present, only the first, directly actuatable brake device is acted on and the second brake device remains non-actuated, wherein the first, directly actuatable brake device and the second brake device act on different vehicle axles (6, 9), characterized in that the vehicle is equipped with a hybrid drive with an internal combustion engine and an electric motor, wherein the electric motor acts on the same vehicle axle as the second brake device.
A delaminatable container, comprising: a container body having an outer shell and an inner bag, the inner bag delaminating from the outer shell and being shrunk with a decrease in contents, wherein the container body includes a bottom seal protrusion protruding from a bottom surface of a storage portion to store the contents, and the bottom seal protrusion is a sealing portion of a cylindrical laminated parison used in blow molding in the manufacturing process of the container, the laminated parison being provided with an outer layer constituting the outer shell and an inner layer constituting the inner bag, characterised in that the bottom seal protrusion is bent and includes, in order from a side of the bottom surface, a thinner portion and a thicker portion having a thickness greater than that of the thinner portion.
A compressor, comprising: - a compression mechanism being configured and positioned to receive vapor from an intake passage and provide compressed vapor to a discharge passage; - a port configured to enable a portion of the vapor to at least partially bypass compression by the compression mechanism, and to direct the portion of the vapor to the discharge passage; - a valve configured and positioned to control vapor flow through the port, the valve having a first position configured to permit the portion of the vapor to pass through the port to the discharge passage, and the valve having a second position configured to block the portion of the vapor from passing through the port, wherein the valve extends across the compressor substantially parallel to a flow of vapor through the compression mechanism; - the compressor having a first volume ratio in response to the valve being in the second position and a second volume ratio in response to the valve being in the first position, the first volume ratio being greater than the second volume ratio; and - the valve being controllable in response to predetermined conditions to operate the compressor at the first volume ratio or the second volume ratio. - a compression mechanism being configured and positioned to receive vapor from an intake passage and provide compressed vapor to a discharge passage; - a port configured to enable a portion of the vapor to at least partially bypass compression by the compression mechanism, and to direct the portion of the vapor to the discharge passage; - a valve configured and positioned to control vapor flow through the port, the valve having a first position configured to permit the portion of the vapor to pass through the port to the discharge passage, and the valve having a second position configured to block the portion of the vapor from passing through the port, wherein the valve extends across the compressor substantially parallel to a flow of vapor through the compression mechanism; - the compressor having a first volume ratio in response to the valve being in the second position and a second volume ratio in response to the valve being in the first position, the first volume ratio being greater than the second volume ratio; and - the valve being controllable in response to predetermined conditions to operate the compressor at the first volume ratio or the second volume ratio.
An apparatus for manufacturing vacuum insulation glass from a plate glass assembly (110, 120) having an exhaust hole in one of the glass plates, the apparatus comprising: an exhaust head disposed at one side of the plate glass assembly (110, 120); an exhaust pump fluidly connected to the exhaust head and performing vacuum exhaust of the plate glass assembly (110, 120) through the exhaust hole; a cap frit disposed on the exhaust hole; and an exhaust finishing frit provided on a bottom surface of the cap frit and including a frit formed of a glass material, wherein the exhaust finishing frit includes an exhaust passage configured to exhaust internal gas of the plate glass assembly (110, 120), characterized in that the exhaust finishing frit includes a first frit having a shape of a circle cut off in a portion thereof, and a second frit having a shape of a circle cut off in a portion thereof and configured to surround the first frit, the second frit 145a being spaced apart from the first frit outward, and each of the first and second frits (141a,145a) has an open loop shape. an exhaust head disposed at one side of the plate glass assembly (110, 120); an exhaust pump fluidly connected to the exhaust head and performing vacuum exhaust of the plate glass assembly (110, 120) through the exhaust hole; a cap frit disposed on the exhaust hole; and an exhaust finishing frit provided on a bottom surface of the cap frit and including a frit formed of a glass material, wherein the exhaust finishing frit includes an exhaust passage configured to exhaust internal gas of the plate glass assembly (110, 120), characterized in that the exhaust finishing frit includes a first frit having a shape of a circle cut off in a portion thereof, and a second frit having a shape of a circle cut off in a portion thereof and configured to surround the first frit, the second frit 145a being spaced apart from the first frit outward, and each of the first and second frits (141a,145a) has an open loop shape.
A method by a network component for carrier aggregation for wireless networks, the method comprising: assigning, to a basic service set, BSS, comprising a plurality of stations and an access point of the wireless network, a plurality of bandwidth channels for transmissions; dividing the bandwidth channels into multiple channel segments corresponding to multiple prime channels in the bandwidth channels; and broadcasting, in the network, locations of the prime channels for the channel segments of the BSS, characterized by a channel segment corresponding to a prime channel of the BSS is available for transmission if the corresponding prime channel is available and unused for transmission, wherein the prime channels include a primary channel and an alternate primary channel, and wherein a channel segment corresponding to the alternate primary channel of the BSS is available for transmission if the alternate primary channel is available and unused for transmission. assigning, to a basic service set, BSS, comprising a plurality of stations and an access point of the wireless network, a plurality of bandwidth channels for transmissions; dividing the bandwidth channels into multiple channel segments corresponding to multiple prime channels in the bandwidth channels; and broadcasting, in the network, locations of the prime channels for the channel segments of the BSS, characterized by a channel segment corresponding to a prime channel of the BSS is available for transmission if the corresponding prime channel is available and unused for transmission, wherein the prime channels include a primary channel and an alternate primary channel, and wherein a channel segment corresponding to the alternate primary channel of the BSS is available for transmission if the alternate primary channel is available and unused for transmission.
A moisture-curable polysilylated polyether composition comprising a mixture of polysilylated polyethers, wherein the mixture comprises a) 50 to 95 weight percent, based on the combined weights of a) and b), of one or more first polysilylated polyethers which are free of urea groups, have an average of two or more terminal hydrolysable silyl groups per molecule and have a number average molecular weight of 4,000 to 20,000, the first polysilylated polyether(s) being a reaction product of a i) linear polyether having a terminal isocyanate group, a terminal hydrolysable silyl group and a number average molecular weight of 250 to 2000 and (ii) a polyether polyol nominally having 2 to 6 hydroxyl groups per molecule and a hydroxyl equivalent weight of 500 to 2500; and b) 50 to 5 weight percent, based on the combined weights of a) and b), of one or more second polysilylated polyethers which are free of urea groups, have an average of 1.8 to 4 terminal hydrolysable silyl groups per molecule and have a number average molecular weight of 1000 to less than 4,000, the second polysilylated polyether(s) being a reaction product of i) a linear monosilylated polyether monol having a terminal hydroxyl group, a terminal hydrolysable silyl group and a number average molecular weight of 250 to 1500 and ii) a coupling agent having at least two groups reactive with hydroxyl groups and a number average molecular weight of up to 500. a) 50 to 95 weight percent, based on the combined weights of a) and b), of one or more first polysilylated polyethers which are free of urea groups, have an average of two or more terminal hydrolysable silyl groups per molecule and have a number average molecular weight of 4,000 to 20,000, the first polysilylated polyether(s) being a reaction product of a i) linear polyether having a terminal isocyanate group, a terminal hydrolysable silyl group and a number average molecular weight of 250 to 2000 and (ii) a polyether polyol nominally having 2 to 6 hydroxyl groups per molecule and a hydroxyl equivalent weight of 500 to 2500; and b) 50 to 5 weight percent, based on the combined weights of a) and b), of one or more second polysilylated polyethers which are free of urea groups, have an average of 1.8 to 4 terminal hydrolysable silyl groups per molecule and have a number average molecular weight of 1000 to less than 4,000, the second polysilylated polyether(s) being a reaction product of i) a linear monosilylated polyether monol having a terminal hydroxyl group, a terminal hydrolysable silyl group and a number average molecular weight of 250 to 1500 and ii) a coupling agent having at least two groups reactive with hydroxyl groups and a number average molecular weight of up to 500.
A pressure sensor with a sensor housing, wherein the sensor housing comprises at least one sensor body which is formed from at least two sections (42, 44), both, the first and the second section of the sensor body comprise at least a section of a fluid channel which fluid channel is connected to a pressure measuring element, characterized in that a first section is a premanufactured element, manufactured by way of conventional moulding methods and/or material-removing manufacturing methods onto which a second section is integrally formed as one piece by way of a generative manufacturing method, i.e. 3D printing, such that the second section has been directly printed onto the first section.
A heat exchanger or chiller of plate-type construction, comprising - a multiplicity of stacking plates stacked one on top of the other, such that between the stacking plates there is formed a first fluid duct for a first fluid and a second fluid duct for a second fluid, - the stacking plates have first apertures as a first fluid duct for the supply and discharge of the first fluid, - the stacking plates have second apertures as a second fluid duct for the supply and discharge of the second fluid, - at least one diverting device which closes off at least one first aperture such that the first fluid is conducted in opposite directions through the heat exchanger in a meandering fashion through at least two, preferably at least three portions of the first fluid duct between the stacking plates, - a first inlet and outlet opening (6, 7) for conducting the first fluid in and out, - a second inlet and outlet opening for conducting the second fluid in and out, wherein the first inlet or outlet opening (6, 7) is formed by an immersion tube, and the first fluid can be conducted into the first fluid duct through the immersion tube such that the first inlet and outlet opening (6, 7) are formed on the same side of the heat exchanger, wherein the immersion tube extends through the at least one diverting device such that the first fluid conducted through the immersion tube can be conducted through the at least one diverting device, and wherein the at least one diverting device is in the form of a diverting plate, characterised in that the immersion tube is fastened to the heat exchanger by means of a loose mounting and a fixed mounting, and at the loose mounting, the immersion tube is movable relative to the loose mounting in the direction of the longitudinal axis of the immersion tube, wherein the loose mounting is formed by the diverting plate and the fixed mounting is formed on the cover panel. - a multiplicity of stacking plates stacked one on top of the other, such that between the stacking plates there is formed a first fluid duct for a first fluid and a second fluid duct for a second fluid, - the stacking plates have first apertures as a first fluid duct for the supply and discharge of the first fluid, - the stacking plates have second apertures as a second fluid duct for the supply and discharge of the second fluid, - at least one diverting device which closes off at least one first aperture such that the first fluid is conducted in opposite directions through the heat exchanger in a meandering fashion through at least two, preferably at least three portions of the first fluid duct between the stacking plates, - a first inlet and outlet opening (6, 7) for conducting the first fluid in and out, - a second inlet and outlet opening for conducting the second fluid in and out,
A method for cooling a lithium secondary battery including an electrode terminal, the method comprising: connecting a conductive connector to the electrode terminal; and bringing a coolant into contact with the connector to cool a battery cell, wherein the connector is connected to a coolant tube in which the coolant flows, wherein the connector comprises a body, a fixing part formed on a side of the body fixed to the electrode terminal, and a connection part formed on the other side of the body connected with the coolant tube; wherein the connection part extends in a direction crossing the body such that the connector has a T-shape, wherein heat transferred from the battery cell to the electrode terminal is transferred to the body of the connector, and the heat transferred to the body of the connector is transferred to the connection part of the connector, and the heat transferred to the connection part of the connector is transferred to the coolant tube. connecting a conductive connector to the electrode terminal; and bringing a coolant into contact with the connector to cool a battery cell, wherein the connector is connected to a coolant tube in which the coolant flows, wherein the connector comprises a body, a fixing part formed on a side of the body fixed to the electrode terminal, and a connection part formed on the other side of the body connected with the coolant tube; wherein the connection part extends in a direction crossing the body such that the connector has a T-shape, wherein heat transferred from the battery cell to the electrode terminal is transferred to the body of the connector, and the heat transferred to the body of the connector is transferred to the connection part of the connector, and the heat transferred to the connection part of the connector is transferred to the coolant tube.
A two-wire transmitter which is connected to an external circuit by two transmission lines (L1, L2) and which outputs a certain current signal to the external circuit using the external circuit as a power source, the two-wire transmitter comprising: a sensor configured to convert a physical quantity into a first electrical signal and output the first electrical signal; a signal processing circuit receiving a circuit voltage and being configured to perform certain processing on the first electrical signal and output a second electrical signal (PWM Signal for current signal) and a third electrical signal, the third electrical signal corresponding to the first electrical signal of the sensor; a constant current circuit configured to determine the certain current signal to be output to the external circuit, based on the second electrical signal (PWM Signal); a reference voltage output unit configured to output a reference voltage (PWM Signal for reference voltage) based on the third electrical signal; and a shunt regulator circuit configured to determine the circuit voltage of the two-wire transmitter based on the reference voltage; a comparator circuit for detecting an abnormal state of the circuit voltage and to notify the signal processing circuit of occurrence of an abnormality. a sensor configured to convert a physical quantity into a first electrical signal and output the first electrical signal; a signal processing circuit receiving a circuit voltage and being configured to perform certain processing on the first electrical signal and output a second electrical signal (PWM Signal for current signal) and a third electrical signal, the third electrical signal corresponding to the first electrical signal of the sensor; a constant current circuit configured to determine the certain current signal to be output to the external circuit, based on the second electrical signal (PWM Signal); a reference voltage output unit configured to output a reference voltage (PWM Signal for reference voltage) based on the third electrical signal; and a shunt regulator circuit configured to determine the circuit voltage of the two-wire transmitter based on the reference voltage; a comparator circuit for detecting an abnormal state of the circuit voltage and to notify the signal processing circuit of occurrence of an abnormality.