mhurhangee/patent-ind-claim-en huggingface dataset:
A method for calibrating a first pressure sensor or force sensor (PA) which measures a first pressure of a liquid present inside a tube , being a dialyzer tube in an extracorporeal circuit, in the form of a force signal, wherein the first pressure or force sensor (PA) abuts directly on the tube and is integrated into or inserted into a first clamping device, characterized by the following steps: a) regression analysis and prediction of at least one tube-parameter-independent correction function for finding a correction signal for correcting the drift signal caused by clamping of the tube into the first clamping device using a corresponding force or pressure reference signal measured by a first force or pressure reference sensor (PHOP) at a constant internal tube pressure and a constant internal tube temperature; b) first calibrating of the pressure or force signal, measured by the first pressure or force sensor (PA) and corrected using the correction signal, with the force or pressure reference signal measured by the first force or pressure reference sensor (PHOP) before active use of the tube where the tube is connected to a patient; and c) second calibrating of the pressure or force signal, measured by the first pressure or force sensor (PA) and corrected using the correction function, with the force or pressure reference signal measured by a second force or pressure reference sensor (PV) during active use of the tube. a) regression analysis and prediction of at least one tube-parameter-independent correction function for finding a correction signal for correcting the drift signal caused by clamping of the tube into the first clamping device using a corresponding force or pressure reference signal measured by a first force or pressure reference sensor (PHOP) at a constant internal tube pressure and a constant internal tube temperature; b) first calibrating of the pressure or force signal, measured by the first pressure or force sensor (PA) and corrected using the correction signal, with the force or pressure reference signal measured by the first force or pressure reference sensor (PHOP) before active use of the tube where the tube is connected to a patient; and c) second calibrating of the pressure or force signal, measured by the first pressure or force sensor (PA) and corrected using the correction function, with the force or pressure reference signal measured by a second force or pressure reference sensor (PV) during active use of the tube.
A method for removing biopolymer aggregates and parvoviruses from a fluid, comprising the steps of: (a) filtering the fluid containing the biopolymer aggregates and parvoviruses through a porous, polyamide-comprising shaped body, the internal and external surfaces of which have the same chemical and physical properties as the shaped-body matrix which is enclosed by the surfaces, wherein the biopolymer aggregates are selectively depleted from the fluid by adsorption, whereas the parvoviruses permeate through the shaped body; and (b) filtering the fluid from step (a) through at least one membrane having a molecular weight cut-off of from 100 to 1,000 kD, wherein the content of parvoviruses in the fluid is reduced by at least 99.9% with respect to the content of parvoviruses prior to carrying out step (a) ; wherein the porous, polyamide-comprising shaped body comprises a microporous membrane and consists of an aliphatic and/or aromatic polyamide having no more than five different repeat units, wherein the membrane used in step (b) consists of polyethersulfone, polysulfone, or mixtures thereof, wherein the biopolymer aggregates are selected from the group of the dimers, trimers or multimers of peptides, proteins, nucleic acids or mixtures thereof and wherein the pH of the fluid during steps (a) and (b) is between 5 and 9. (a) filtering the fluid containing the biopolymer aggregates and parvoviruses through a porous, polyamide-comprising shaped body, the internal and external surfaces of which have the same chemical and physical properties as the shaped-body matrix which is enclosed by the surfaces, wherein the biopolymer aggregates are selectively depleted from the fluid by adsorption, whereas the parvoviruses permeate through the shaped body; and (b) filtering the fluid from step (a) through at least one membrane having a molecular weight cut-off of from 100 to 1,000 kD, wherein the content of parvoviruses in the fluid is reduced by at least 99.9% with respect to the content of parvoviruses prior to carrying out step (a) ;
Wearable apparatus for assisting a human when performing a load-involved task, the wearable apparatus comprising: - a core unit including: -- a vest and/or belt wearable on a torso, shoulder and/or hip of the human , and -- a plurality of first interfaces fixed to the vest and/or belt at opposite lateral sides thereof; and - a modular support structure including: -- a second interface configured to be detachably connected to any one of the plurality of first interfaces , the second interface including at least one receiving section , -- at least one rod configured to be detachably coupled to the receiving section , and -- at least one support module coupled to one of the at least one rod and configured to support a limb of the human and/or a tool employed for the task. - a core unit including: -- a vest and/or belt wearable on a torso, shoulder and/or hip of the human , and -- a plurality of first interfaces fixed to the vest and/or belt at opposite lateral sides thereof; and -- a vest and/or belt wearable on a torso, shoulder and/or hip of the human , and -- a plurality of first interfaces fixed to the vest and/or belt at opposite lateral sides thereof; and - a modular support structure including: -- a second interface configured to be detachably connected to any one of the plurality of first interfaces , the second interface including at least one receiving section , -- at least one rod configured to be detachably coupled to the receiving section , and -- at least one support module coupled to one of the at least one rod and configured to support a limb of the human and/or a tool employed for the task. -- a second interface configured to be detachably connected to any one of the plurality of first interfaces , the second interface including at least one receiving section , -- at least one rod configured to be detachably coupled to the receiving section , and -- at least one support module coupled to one of the at least one rod and configured to support a limb of the human and/or a tool employed for the task. -- at least one support module coupled to one of the at least one rod and configured to support a limb of the human and/or a tool employed for the task.
A measurement system for analyzing RF signals, comprising an optically transparent enclosure comprising an optically pumpable medium being exposed to an electromagnetic field of the RF signal to be analyzed; an optical pump for penetrating the medium with intensity-modulated light, the intensity defining an absorption sensitivity of the medium; a field generator for generating an electric and/or magnetic field within the enclosure , a strength of the generated field defining an absorption frequency ( f RF ) of the medium; a controller for controlling the absorption sensitivity of the medium in dependence of the absorption frequency ( f RF ) of the medium; and a detector for detecting an optical property of the penetrating light passing through the medium. an optically transparent enclosure comprising an optically pumpable medium being exposed to an electromagnetic field of the RF signal to be analyzed; an optical pump for penetrating the medium with intensity-modulated light, the intensity defining an absorption sensitivity of the medium; a field generator for generating an electric and/or magnetic field within the enclosure , a strength of the generated field defining an absorption frequency ( f RF ) of the medium; a controller for controlling the absorption sensitivity of the medium in dependence of the absorption frequency ( f RF ) of the medium; and a detector for detecting an optical property of the penetrating light passing through the medium.
Crushing apparatus for crushing material to be crushed, especially for use in the field of recycling and waste processing, with at least one crushing roller that can rotate about an axis of rotation , at least one drive device for driving the crushing roller and a frame for holding and bearing the crushing roller and the drive device , characterized in that the crushing roller and the drive device as a common assembly are connected to at least one damping device , which is mounted with frictional locking and/or elastically in or on the frame , the damping device is designed in such a way that movement of the crushing roller in the axial direction and/or in the radial direction of the axis of rotation is possible, and the damping device has an, in particular ring-shaped, flexible damping means which is arranged in a corresponding receptacle of the frame in a frictional locking and/or positive locking manner, in particular in a torsionally rigid manner.
Flanged bearing ring comprising a flange part joined to a ring part , wherein • the flange part is at least partly made of a fibre-reinforced matrix material, which is overmoulded to the ring part, and • the flange part comprises a plurality of connection points in the form of bolt inserts which are embedded in the fibre-reinforced matrix material; characterized in that at least one of the bolt inserts is joined to the ring part by a continuous fibre tow that is wound around part of a radially outer surface of the at least one bolt insert and around part of a radially outer surface of the ring part . • the flange part is at least partly made of a fibre-reinforced matrix material, which is overmoulded to the ring part, and • the flange part comprises a plurality of connection points in the form of bolt inserts which are embedded in the fibre-reinforced matrix material;
A fluorination catalyst for preparing 2,3,3,3-tetrafluoropropene, wherein the fluorination catalyst has the following formula (I): Cr 1 (Y and Z) 0.005-0.5 O 0.1-1.0 F 1.0-3.0 (I) wherein Y is selected from Al, Zn, Mg, or a combination thereof, and Z is a rare earth element capable of storing/releasing oxygen and is selected from Ce, La, Pr, or a combination thereof.
A system comprising an engine body, a fuel system component , and an apparatus for protecting the fuel system component from an impact load, the apparatus comprising: a protector (20; 120; 220) including a first wall and a second wall connected with the first wall , the first and second walls extending toward the engine body and cooperating with each other to surround the fuel system component ; and a first fastening member fixing the first wall to the engine body, wherein the protector (20; 120; 220) is spaced from the fuel system component such that when an impact load is applied to the protector (20; 120; 220), the protector (20; 120; 220) can absorb the impact load without interfering with the fuel system component , characterized in that the second wall has one end opposed to the engine body with a clearance . a protector (20; 120; 220) including a first wall and a second wall connected with the first wall , the first and second walls extending toward the engine body and cooperating with each other to surround the fuel system component ; and a first fastening member fixing the first wall to the engine body, wherein the protector (20; 120; 220) is spaced from the fuel system component such that when an impact load is applied to the protector (20; 120; 220), the protector (20; 120; 220) can absorb the impact load without interfering with the fuel system component , characterized in that the second wall has one end opposed to the engine body with a clearance .
A solid composition comprising: - from 50% to 90% in weight to the total weight of the solid composition of a calcium silicate powder, - a set accelerator in the form of a powder, - a reinforcing filler in a solid form, - a radio-opacifying agent in a solid form, - at least one complementary ingredient selected from solid fibers and/or solid porous fillers, and - optionally solid pigments. - from 50% to 90% in weight to the total weight of the solid composition of a calcium silicate powder, - a set accelerator in the form of a powder, - a reinforcing filler in a solid form, - a radio-opacifying agent in a solid form, - at least one complementary ingredient selected from solid fibers and/or solid porous fillers, and - optionally solid pigments.
A seating device characterized by : a seat body ; a headrest movably connected to said seat body ; an adjustment mechanism connected between said seat body and said headrest to adjust a position of said headrest relative to said seat body ; and an operating unit movably mounted to said headrest and having a driving member to actuate said adjustment mechanism , said driving member being movable between a non-operative position and an operative position, characterised in that , when said driving member is in the non-operative position, said driving member is inoperative to transmit an actuation movement from a handle portion to said adjustment mechanism for actuating said adjustment mechanism , and wherein, when said driving member is in the operative position, said handle portion is spaced away and protrudes from an outer surface of said headrest , and said driving member is operative to transmit the actuation movement to said adjustment mechanism . a seat body ; a headrest movably connected to said seat body ; an adjustment mechanism connected between said seat body and said headrest to adjust a position of said headrest relative to said seat body ; and an operating unit movably mounted to said headrest and having a driving member to actuate said adjustment mechanism , said driving member being movable between a non-operative position and an operative position, characterised in that , when said driving member is in the non-operative position, said driving member is inoperative to transmit an actuation movement from a handle portion to said adjustment mechanism for actuating said adjustment mechanism , and wherein, when said driving member is in the operative position, said handle portion is spaced away and protrudes from an outer surface of said headrest , and said driving member is operative to transmit the actuation movement to said adjustment mechanism .
A furnace wherein the furnace comprises the following components: - a pre-heating portion comprising a lid with a material insert channel ; - a melting portion below the pre-heating portion ; - an inclined hearth wherein the upper part of the inclined hearth comprises a burner , the burner is configured to melt a material in the melting portion , and the inclined hearth is configured such that the molten material flows downward on the inclined hearth ; - a heating portion for holding a molten material , which has flown downward on the inclined hearth into the heating portion , and for increasing the temperature of the molten material ; - a temperature regulating portion for storing a molten material , the temperature regulating portion comprising a temperature regulating burner , which emits a flame; - a connecting passage which is characterized by an inclined or curved bottom, the connecting passage being for the molten material to flow from the heating portion into the temperature regulating portion ; - a separator for forming the connecting passage wherein the separator comprises a lower edge ; and - an exit channel for a molten material , wherein the temperature regulating burner is configured to control the oxygen concentration in the temperature regulating portion to 1-5% or below 1%. - a pre-heating portion comprising a lid with a material insert channel ; - a melting portion below the pre-heating portion ; - an inclined hearth wherein the upper part of the inclined hearth comprises a burner , the burner is configured to melt a material in the melting portion , and the inclined hearth is configured such that the molten material flows downward on the inclined hearth ; - a heating portion for holding a molten material , which has flown downward on the inclined hearth into the heating portion , and for increasing the temperature of the molten material ; - a temperature regulating portion for storing a molten material , the temperature regulating portion comprising a temperature regulating burner , which emits a flame; - a connecting passage which is characterized by an inclined or curved bottom, the connecting passage being for the molten material to flow from the heating portion into the temperature regulating portion ; - a separator for forming the connecting passage wherein the separator comprises a lower edge ; and - an exit channel for a molten material ,
Method for parameterizing an anomaly detection method which carries out a density-based cluster method on the basis of a multiplicity of sensor data points, characterized by a) mapping (S10) each sensor data point (SP1, SP2, SP3) in a data space into a pixel data point (PP1, PP2, PP3) in a pixel space spanned by a multiplicity of pixel data points, b) simulating (S11) at least one operation of the density-based cluster method in the data space by way of at least one pixel operation in the pixel space, c) receiving (S12) at least one parameter value for each parameter of the density-based cluster method, d) applying (S13) the at least one pixel operation to the pixel data points (PP1, PP2, PP3) according to the received parameter values, e) outputting (S14) a cluster result in visual form in the pixel space, and f) providing (S16) the received parameter values for the anomaly detection method. a) mapping (S10) each sensor data point (SP1, SP2, SP3) in a data space into a pixel data point (PP1, PP2, PP3) in a pixel space spanned by a multiplicity of pixel data points, b) simulating (S11) at least one operation of the density-based cluster method in the data space by way of at least one pixel operation in the pixel space, c) receiving (S12) at least one parameter value for each parameter of the density-based cluster method, d) applying (S13) the at least one pixel operation to the pixel data points (PP1, PP2, PP3) according to the received parameter values, e) outputting (S14) a cluster result in visual form in the pixel space, and f) providing (S16) the received parameter values for the anomaly detection method.
A multilayer cast film comprising a first outer layer, a core layer, and a second outer layer, wherein: the first outer layer comprises (a) a linear low density polyethylene (LLDPE), ultra-low density polyethylene (ULDPE), a first polyethylene composition, or combinations of two or more thereof, and (b) polyisobutylene; and the core layer comprises a core layer polyethylene composition which comprises the reaction product of ethylene and, optionally, one or more alpha olefin comonomers, wherein the core layer polyethylene composition is characterized by the following properties: (a) a melt index, 12, of from 2.5 to 12.0 g/10 min; (b) a density of from 0.910 to 0.925 g/cc; (c) a melt flow ratio, 110/12, of from 6.0 to 7.6; and (d) a molecular weight distribution, (Mw/Mn) of from 2.2 to 3.6; wherein properties (a) to (d) are measured according to the description. the first outer layer comprises (a) a linear low density polyethylene (LLDPE), ultra-low density polyethylene (ULDPE), a first polyethylene composition, or combinations of two or more thereof, and (b) polyisobutylene; and the core layer comprises a core layer polyethylene composition which comprises the reaction product of ethylene and, optionally, one or more alpha olefin comonomers, wherein the core layer polyethylene composition is characterized by the following properties: (a) a melt index, 12, of from 2.5 to 12.0 g/10 min; (b) a density of from 0.910 to 0.925 g/cc; (c) a melt flow ratio, 110/12, of from 6.0 to 7.6; and (d) a molecular weight distribution, (Mw/Mn) of from 2.2 to 3.6; (a) a melt index, 12, of from 2.5 to 12.0 g/10 min; (b) a density of from 0.910 to 0.925 g/cc; (c) a melt flow ratio, 110/12, of from 6.0 to 7.6; and (d) a molecular weight distribution, (Mw/Mn) of from 2.2 to 3.6; wherein properties (a) to (d) are measured according to the description.
Method for enhancing flat textile materials by finishing with liquid substances or substance mixtures, wherein the substances or substance mixtures contain particles of the same or different sizes, by means of controlled, targeted application of a liquor using printing technologies in the form of one or more print bars arranged at a distance and having a plurality of print heads, wherein either a recipe-based mixture of a compound is created, followed by the application, or individual substances are wet-applied with a plurality of print heads to form a mixed finishing layer, and furthermore the flat textile materials, which are present in the form of a fabric web, are freely guided over rollers or a perforated plate or perforated sheet table with a plurality of apertures and a cleaning trough for rinsing the print head is provided in the free space between the rollers or the perforated plate or perforated sheet table above the fabric web to be finished and said cleaning trough is formed adjacent to the pressure bar having the plurality of print heads, wherein a movability is provided between the print heads and the cleaning trough in order to carry out print head cleaning or print head rinsing without removing the fabric web, so that different finishes can be applied without disturbing the production process by unclamping or clamping the fabric web.