mhurhangee/patent-ind-claim-en huggingface dataset:
A method for immunologically measuring serum amyloid A comprising a step of measuring serum amyloid A using a reagent for measuring serum amyloid A from a plurality of animal species, said reagent comprising an animal species cross-reactive anti-serum amyloid A monoclonal antibody or a fragment thereof, wherein said animal species cross-reactive anti-serum amyloid A monoclonal antibody or a fragment thereof specifically binds to, as the serum amyloid A protein epitope, the amino acid residues in the 80th to the 90th positions from the N terminus of the mature human serum amyloid A1 protein consisting of the amino acid sequence as shown in SEQ ID NO: 1, wherein said fragment of monoclonal antibody is selected from the group consisting of Fab, Fab', F(ab') 2 , Fv, Fd and Fabc, wherein the plurality of animal species are a plurality of animal species selected from the group consisting of a human, a bovine, a dog, a cat, a rabbit, a horse, a monkey, a pig, a sheep, a donkey, and a mouse, and wherein the method for immunological measurement is the latex turbidimetric immunoassay. wherein said animal species cross-reactive anti-serum amyloid A monoclonal antibody or a fragment thereof specifically binds to, as the serum amyloid A protein epitope, the amino acid residues in the 80th to the 90th positions from the N terminus of the mature human serum amyloid A1 protein consisting of the amino acid sequence as shown in SEQ ID NO: 1, wherein said fragment of monoclonal antibody is selected from the group consisting of Fab, Fab', F(ab') 2 , Fv, Fd and Fabc, wherein the plurality of animal species are a plurality of animal species selected from the group consisting of a human, a bovine, a dog, a cat, a rabbit, a horse, a monkey, a pig, a sheep, a donkey, and a mouse, and wherein the method for immunological measurement is the latex turbidimetric immunoassay.
An apparatus for laminating a substrate with a thermoplastic film , wherein the apparatus comprises the following: - a laminating unit for laminating the substrate with the thermoplastic film , - a feed device for feeding the thermoplastic film to the laminating unit , wherein the feed device for the thermoplastic film has devices for heating a first side of the film and devices for cooling a second side of the film , as well as a number of controllably driven rollers via which the film is guided past the devices for heating and the devices for cooling, wherein the film does not lie, at least in portions, flat on a surface, but instead is supported and conveyed only at specific points by the controllably driven rollers and is otherwise guided in a contactless manner, and wherein a tension of the film can be regulated via the speed of the driven rollers , as a result of which tensions arising from the heating can be compensated for. - a laminating unit for laminating the substrate with the thermoplastic film , - a feed device for feeding the thermoplastic film to the laminating unit ,
A mould for the manufacturing of mould steels in an inert gas or a pressurized electro slag re-melting process, characterized in that the mould comprises a non-rectangular and non-circular inner copper sleeve having a width, w, of 1000-2500 mm and a thickness, t, of 700-1250 mm, wherein the short sides in the thickness direction of the copper sleeve, at least partly, have sections with curved surfaces and wherein the long sides in the width direction, at least partly, have sections with curved surfaces.
A device for removing a breast implant from a patient, comprising: a housing defining an interior chamber for receiving the breast implant, the housing having distal and proximal portions , and a suction port , characterized by : a ring attached to the proximal portion , and the ring having a rounded inner edge defining an orifice through which the breast implant passes during removal, wherein the orifice is defined such that a seal is formed between the ring and the breast implant during removal of the breast implant.
A circuit arrangement for determining an RMS value at a PWM-actuated three-phase power inverter from measured peak values of the AC phase current, having a bridge circuit with a plurality of switch pairs of two semiconductor switching elements each which are respectively connected to poles of an intermediate DC circuit, and a residual shunt for detecting the peak value of the currently largest phase current, comprising at least one circuit topology for detecting the peak value of the AC phase current which is designed to determine the RMS value of the current therefrom, the circuit having for this purpose an operational amplifier , a diode (D), and a first resistor (R1) and a capacitor (C) in series with the diode (D), the capacitor being charged to a specific corresponding value as a function of the respective current maximum peak value of the phase current that is to be determined.
A tracking system, comprising: a marker fixed to an measurement object; a stereoscopic camera unit configured to photograph the marker and output two marker images; a first inertia measurement unit fixed to the camera unit and configured to measure and output first acceleration and first angular velocity; a second inertia measurement unit fixed to one of the measurement object and the marker , and configured to measure and output second acceleration and second angular velocity; and a tracking processing unit configured to: calculate an initial position and posture of the measurement object in a camera coordinate system, using the two marker images, calculate a position of the measurement object in the camera coordinate system, using the first acceleration, the second acceleration and the initial position of the measurement object, and calculate a posture of the measurement object in the camera coordinate system using the first angular velocity, the second angular velocity and the initial posture of the measurement object. a marker fixed to an measurement object; a stereoscopic camera unit configured to photograph the marker and output two marker images; a first inertia measurement unit fixed to the camera unit and configured to measure and output first acceleration and first angular velocity; a second inertia measurement unit fixed to one of the measurement object and the marker , and configured to measure and output second acceleration and second angular velocity; and a tracking processing unit configured to: calculate an initial position and posture of the measurement object in a camera coordinate system, using the two marker images, calculate a position of the measurement object in the camera coordinate system, using the first acceleration, the second acceleration and the initial position of the measurement object, and calculate a posture of the measurement object in the camera coordinate system using the first angular velocity, the second angular velocity and the initial posture of the measurement object. calculate an initial position and posture of the measurement object in a camera coordinate system, using the two marker images, calculate a position of the measurement object in the camera coordinate system, using the first acceleration, the second acceleration and the initial position of the measurement object, and calculate a posture of the measurement object in the camera coordinate system using the first angular velocity, the second angular velocity and the initial posture of the measurement object.
Use of consumable filament comprising a propylene terpolymer containing ethylene and 1-butene or 1-hexene as comonomers having: - MFR L (Melt Flow Rate according to ISO 1133, condition L, i.e. 230°C and 2.16 kg load) from 1 to 20 g/10 min; - xylene solubles measured at 25°C comprised between 3 wt% and 30 wt%; in an extrusion-based additive manufacturing system . - MFR L (Melt Flow Rate according to ISO 1133, condition L, i.e. 230°C and 2.16 kg load) from 1 to 20 g/10 min; - xylene solubles measured at 25°C comprised between 3 wt% and 30 wt%;
An intravenous line organizing system comprising: - patient attachment means for attaching the system to a patient; - a base channel element attached to the patient attachment means , the base channel element defining: an elongated channel; and a plurality of cavities that are distributed along the channel and further recessed with respect to said elongated channel; - at least one clip element having a distal end being shaped to receive an intravenous line and a proximal end being removably inserted into the elongated channel of the base channel element so as to selectively assume: a floating configuration, wherein the at least one clip element is rotatable with respect to the base channel element , the proximal end of the at least one clip element being slidably retained within the elongated channel for displacement along a direction of the elongated channel and above the plurality of cavities in response to movements of the patient, and a locked configuration, wherein the at least one clip element is fixed with respect to the base channel element by pushing the proximal end of the at least one clip element from the elongated channel within one of the plurality of the cavities. - patient attachment means for attaching the system to a patient; - a base channel element attached to the patient attachment means , the base channel element defining: an elongated channel; and a plurality of cavities that are distributed along the channel and further recessed with respect to said elongated channel; an elongated channel; and a plurality of cavities that are distributed along the channel and further recessed with respect to said elongated channel; - at least one clip element having a distal end being shaped to receive an intravenous line and a proximal end being removably inserted into the elongated channel of the base channel element so as to selectively assume: a floating configuration, wherein the at least one clip element is rotatable with respect to the base channel element , the proximal end of the at least one clip element being slidably retained within the elongated channel for displacement along a direction of the elongated channel and above the plurality of cavities in response to movements of the patient, and a locked configuration, wherein the at least one clip element is fixed with respect to the base channel element by pushing the proximal end of the at least one clip element from the elongated channel within one of the plurality of the cavities. a floating configuration, wherein the at least one clip element is rotatable with respect to the base channel element , the proximal end of the at least one clip element being slidably retained within the elongated channel for displacement along a direction of the elongated channel and above the plurality of cavities in response to movements of the patient, and a locked configuration, wherein the at least one clip element is fixed with respect to the base channel element by pushing the proximal end of the at least one clip element from the elongated channel within one of the plurality of the cavities.
A cap comprising: an inner surface containing an orifice ; a neck extending around the inner surface and having at least one tamper evidence mechanism ; and a lid connected to the cap pivotally via a hinge and moveable between a closed position and an opened position, wherein the tamper evidence mechanism includes a male component , a female component and a locking member , wherein the male component of the tamper evidence mechanism is provided on a rim of the lid, wherein the female component of the tamper evidence mechanism is provided on the neck of the cap, and wherein the locking member is provided on the female component and extends in a horizontal direction from one end of the female component to the other end of the female component, characterized in that the neck of the cap includes a sloped portion located at a front side of the cap and the lid includes an extended part extending over the sloped portion, and wherein the lid of the cap may be opened by pushing up from under the extended part . an inner surface containing an orifice ; a neck extending around the inner surface and having at least one tamper evidence mechanism ; and a lid connected to the cap pivotally via a hinge and moveable between a closed position and an opened position, wherein the tamper evidence mechanism includes a male component , a female component and a locking member , wherein the male component of the tamper evidence mechanism is provided on a rim of the lid, wherein the female component of the tamper evidence mechanism is provided on the neck of the cap, and wherein the locking member is provided on the female component and extends in a horizontal direction from one end of the female component to the other end of the female component, characterized in that the neck of the cap includes a sloped portion located at a front side of the cap and the lid includes an extended part extending over the sloped portion, and wherein the lid of the cap may be opened by pushing up from under the extended part .
A system configured to be installed in an air flow channel of a vehicle , the system comprising: a metal surface configured to convert liquid-phase contamination in the air flow channel of a vehicle to vapor-phase contamination; a sensor configured to sense the vapor-phase contamination in the air flow channel , wherein the metal surface is placed upstream of the sensor ; and communication circuitry configured to transmit data indicating sensed levels of the vapor-phase contamination. a metal surface configured to convert liquid-phase contamination in the air flow channel of a vehicle to vapor-phase contamination; a sensor configured to sense the vapor-phase contamination in the air flow channel , wherein the metal surface is placed upstream of the sensor ; and communication circuitry configured to transmit data indicating sensed levels of the vapor-phase contamination.
A lighting fixture comprising: a lighting fixture housing; a flexible LED circuit woven between a plurality of rods; the plurality of rods mounted within the housing configured to define a non-flat shape for the flexible LED circuit, wherein the placement of the rods within the housing is determined by a desired light distribution pattern produced when the flexible LED circuit is woven between the rods. a lighting fixture housing; a flexible LED circuit woven between a plurality of rods; the plurality of rods mounted within the housing configured to define a non-flat shape for the flexible LED circuit, wherein the placement of the rods within the housing is determined by a desired light distribution pattern produced when the flexible LED circuit is woven between the rods.
A circuit arrangement (A) for transmitting - single-ended logic-level-based data signals and clock signals as well as - differential common-mode-based data signals and clock signals in the form of at least one serialized common signal stream (SI) between at least one sending arrangement (S) of the circuit arrangement (A) assignable to at least one data source and at least one receiving arrangement (E) of the circuit arrangement (A) assignable to at least one data sink, wherein upon or immediately after reaching a state of synchronization between the sending arrangement (S) and the receiving arrangement (E) at least one initialization sequence (T HS-SYNC ) is inserted into the common signal stream (SI) by the receiving arrangement (E). - single-ended logic-level-based data signals and clock signals as well as - differential common-mode-based data signals and clock signals
Glazing with electrically switchable properties at least comprising, areally arranged in sequence: - a first substrate , - a first electrically conductive layer , - an active layer , and - a second electrically conductive layer wherein the first electrically conductive layer and/or the second electrically conductive layer contain at least two barrier layers , which are areally arranged within the first electrically conductive layer and/or the second electrically conductive layer and divide the first electrically conductive layer and/or the second electrically conductive layer in each case into at least three layer sections made of the same material, wherein the product of the specific electric resistance and layer thickness for each barrier layer is between 10 7 Ωm × nm and 10 13 Ωm x nm, and wherein the barrier layer is in each case completely covered areally by the layer sections of the first electrically conductive layer and/or the second electrically conductive layer , wherein the first electrically conductive layer and/or the second electrically conductive layer are directly adjacent the active layer , and wherein the first electrically conductive layer and/or the second electrically conductive layer contain in each case 2 to 15 barrier layers . - a first substrate , - a first electrically conductive layer , - an active layer , and - a second electrically conductive layer
A storage cluster, comprising a plurality of storage nodes, and further comprising an arbitration module and a configuration library , wherein the configuration library is configured to: store configuration data of the storage cluster, and the configuration data comprises cluster configuration information, and the cluster configuration information comprises information about all fault-free storage nodes in the storage cluster; and the arbitration module is configured to: after (S201) a fault occurs in the storage cluster, change (S103, S203) the cluster configuration information stored in the configuration library and send (S104, S206) a forced cluster configuration change instruction to a fault-free storage node when (S102, S202) the following conditions A and B are satisfied, wherein the forced cluster configuration change instruction is used to instruct the fault-free storage node to change local cluster configuration information: condition A: a quantity of faulty storage nodes is half of a quantity of all storage nodes in the storage cluster before the fault occurs; and condition B: at least one storage node exists in the fault-free storage nodes in the storage cluster after the fault, and a latest log index number of the storage node is greater than or equal to an index number of a committed log provided by the storage cluster for a client. the configuration library is configured to: store configuration data of the storage cluster, and the configuration data comprises cluster configuration information, and the cluster configuration information comprises information about all fault-free storage nodes in the storage cluster; and the arbitration module is configured to: after (S201) a fault occurs in the storage cluster, change (S103, S203) the cluster configuration information stored in the configuration library and send (S104, S206) a forced cluster configuration change instruction to a fault-free storage node when (S102, S202) the following conditions A and B are satisfied, wherein the forced cluster configuration change instruction is used to instruct the fault-free storage node to change local cluster configuration information: condition A: a quantity of faulty storage nodes is half of a quantity of all storage nodes in the storage cluster before the fault occurs; and condition B: at least one storage node exists in the fault-free storage nodes in the storage cluster after the fault, and a latest log index number of the storage node is greater than or equal to an index number of a committed log provided by the storage cluster for a client. condition A: a quantity of faulty storage nodes is half of a quantity of all storage nodes in the storage cluster before the fault occurs; and condition B: at least one storage node exists in the fault-free storage nodes in the storage cluster after the fault, and a latest log index number of the storage node is greater than or equal to an index number of a committed log provided by the storage cluster for a client.
A central controller for a control system , the control system being for a surgical robotic system which comprises a remote surgeon console and an articulated surgical robot arm comprising a series of joints extending from a base to a terminal end for attaching to an articulated surgical instrument , the control system comprising an arm controller of the surgical robot arm, the arm controller being co-located with the surgical robot arm; and the central controller , the central controller being communicatively coupled to and remotely located from the arm controller, the central controller also being communicatively coupled to a surgeon input device of the surgeon console, the central controller being configured to: receive a command from the surgeon input device indicating a desired position of a distal end of the surgical instrument; transform the desired position of the distal end to (i) a desired wrist position of a wrist of the surgical robot arm, and (ii) desired instrument drive joint positions for those joints of the surgical robot arm which drive joints of the articulated surgical instrument; and transmit the desired wrist position and desired instrument drive joint positions to the arm controller. receive a command from the surgeon input device indicating a desired position of a distal end of the surgical instrument; transform the desired position of the distal end to (i) a desired wrist position of a wrist of the surgical robot arm, and (ii) desired instrument drive joint positions for those joints of the surgical robot arm which drive joints of the articulated surgical instrument; and transmit the desired wrist position and desired instrument drive joint positions to the arm controller.
A method for evaluating a risk of death within 2 years for a subject: measuring, using a hematology analyzer, a complete blood count (CBC) of a blood sample comprising a population of RBCs from a subject; estimating a normalized clearance volume of the population of the RBCs based on the CBC, the normalized clearance volume being indicative of a volume below which clearance occurs for most of the population of RBCs; comparing the normalized clearance volume to a reference value; determining the risk of death for the subject within 2 years, wherein the risk of death is high if the normalized clearance volume is below the reference value, and the risk of death is low if the normalized clearance volume is above the reference value; and selecting the subject for diagnostic workup if the risk of death is high. measuring, using a hematology analyzer, a complete blood count (CBC) of a blood sample comprising a population of RBCs from a subject; estimating a normalized clearance volume of the population of the RBCs based on the CBC, the normalized clearance volume being indicative of a volume below which clearance occurs for most of the population of RBCs; comparing the normalized clearance volume to a reference value; determining the risk of death for the subject within 2 years, wherein the risk of death is high if the normalized clearance volume is below the reference value, and the risk of death is low if the normalized clearance volume is above the reference value; and selecting the subject for diagnostic workup if the risk of death is high.