mhurhangee/patent-ind-claim-en huggingface dataset:
A method for obtaining a refined actual value of at least one characteristic parameter of the heart (H), the method comprising receiving via an input of a data acquisition unit at least one measuring signal (LVP meas ) related to a physiological condition of the circulatory system of a patient (P); deriving an actual value (EDLVP; FG) of at least one characteristic parameter of the heart (H) from one or more of the at least one measuring signal (LVP meas ); processing the actual value (EDLVP; FG) or the one or more of the at least one measuring signal (LVP meas ) to provide the refined actual value (EDLVP*; FG*) in which effects of physiologically caused fluctuations are eliminated or reduced. receiving via an input of a data acquisition unit at least one measuring signal (LVP meas ) related to a physiological condition of the circulatory system of a patient (P); deriving an actual value (EDLVP; FG) of at least one characteristic parameter of the heart (H) from one or more of the at least one measuring signal (LVP meas ); processing the actual value (EDLVP; FG) or the one or more of the at least one measuring signal (LVP meas ) to provide the refined actual value (EDLVP*; FG*) in which effects of physiologically caused fluctuations are eliminated or reduced.
Drilling fluid sampling probe comprising: - a handle extending along an axis (X-X); - a sampling head located at a first end of the handle , the head defining an inner space opening outwards through an opening , the head comprising a filtration device comprising a filtering wall disposed through the opening ; and - an extraction duct extending into the handle and opening into the inner space of the head ; characterized in that the filtration device comprises a cleaning blade designed to sweep an outer face of the filtering wall , the blade being mounted to move in translation in a parallel direction to the axis (X-X). - a handle extending along an axis (X-X); - a sampling head located at a first end of the handle , the head defining an inner space opening outwards through an opening , the head comprising a filtration device comprising a filtering wall disposed through the opening ; and - an extraction duct extending into the handle and opening into the inner space of the head ;
A trial apparatus for selecting a position of a prosthetic head component on a humerus, the trial apparatus comprising: a body having a plurality of indicia , wherein the body forms a portion of a joint ; a thimble couplable to the body via the joint , wherein the thimble is rotatable relative to the body via the joint and includes one or more indicia for use with the plurality of indicia of the body , and wherein the thimble is mountable to a prosthetic stem implanted in the humerus, wherein the plurality of indicia are on a distal surface of the body , characterised in that the body is translucent such that the plurality of indicia are visible through the body from a side opposing the distal surface. a body having a plurality of indicia , wherein the body forms a portion of a joint ; a thimble couplable to the body via the joint , wherein the thimble is rotatable relative to the body via the joint and includes one or more indicia for use with the plurality of indicia of the body , and wherein the thimble is mountable to a prosthetic stem implanted in the humerus, wherein the plurality of indicia are on a distal surface of the body , characterised in that the body is translucent such that the plurality of indicia are visible through the body from a side opposing the distal surface.
A height control system for a front-mounted harvesting attachment including a frame , at least one crop pick-up device and a ground-conforming cutter bar which is arranged at a plurality of carrier arms which are pivotable about at least a horizontal axis and which are pivotably mounted to the frame , wherein the carrier arms are pivotable from a target position (SP) to be set before the beginning of a harvesting operation between an upper end position which delimits deflection of the carrier arms in the direction of the crop pick-up device and a lower end position , wherein the upper end position is at a first spacing ad the lower end position is at a second spacing relative to the target position (SP), characterised in that the target position (SP) is adapted in the ongoing harvesting operation to changing harvesting conditions and/or operating conditions in dependence on a deflection of the cutter bar to minimise the first spacing and maximise the second spacing .
A heat pump apparatus including a refrigerant circuit in which a compressor that compresses a refrigerant, a radiator that exchanges heat between the refrigerant and a heating target, a decompressor that decompresses the refrigerant by opening-degree adjustment, and an evaporator that exchanges heat between a heat-exchange target and the refrigerant are connected by pipes, the heat pump apparatus comprising: a heat-exchange target temperature sensor that detects a temperature of the heat-exchange target; a discharge temperature sensor that detects a discharge temperature of the refrigerant discharged by the compressor ; and a controller configured to control an opening degree of the decompressor by using the discharge temperature when determining that a rotation speed of the compressor is a maximum and the temperature of the heat-exchange target is lower than a preset temperature. a heat-exchange target temperature sensor that detects a temperature of the heat-exchange target; a discharge temperature sensor that detects a discharge temperature of the refrigerant discharged by the compressor ; and a controller configured to control an opening degree of the decompressor by using the discharge temperature when determining that a rotation speed of the compressor is a maximum and the temperature of the heat-exchange target is lower than a preset temperature.
A printing system (100;600) comprising: one or more print heads configured to print a black ink and a white ink in an interdigitated pattern onto a target object formed from corrugated material to form a machine-readable bar code on the target object such that the bar code has a symbol contrast of at least 40%; and a controller configured to direct the one or more print heads to print the bar code by printing the black ink and the white ink onto the target object so that none of the black ink is printed on top of the white ink and none of the white ink is printed on top of the black ink within the bar code . one or more print heads configured to print a black ink and a white ink in an interdigitated pattern onto a target object formed from corrugated material to form a machine-readable bar code on the target object such that the bar code has a symbol contrast of at least 40%; and a controller configured to direct the one or more print heads to print the bar code by printing the black ink and the white ink onto the target object so that none of the black ink is printed on top of the white ink and none of the white ink is printed on top of the black ink within the bar code .
A power tool comprising: a conductive tube ; a rear unit located at a rear end of the tube; a front unit located at a front end of the tube; a battery interface comprising a plurality of terminals, wherein the battery interface is located in the rear unit; a motor located in the front unit; at least one power line for supplying power from the rear unit to the front unit, wherein at least a portion of the power line is located within the tube; characterised by an electromagnetic interference (EMI) suppressor for suppressing EMI from the at least one power line, the EMI suppressor comprising an electrical connection between the tube and a first terminal of the plurality of terminals a conductive tube ; a rear unit located at a rear end of the tube; a front unit located at a front end of the tube; a battery interface comprising a plurality of terminals, wherein the battery interface is located in the rear unit; a motor located in the front unit; at least one power line for supplying power from the rear unit to the front unit, wherein at least a portion of the power line is located within the tube; characterised by an electromagnetic interference (EMI) suppressor for suppressing EMI from the at least one power line, the EMI suppressor comprising an electrical connection between the tube and a first terminal of the plurality of terminals
n air purification device including a discharger having a pair of electrodes and being subjected to application of voltage between the electrodes to generate discharge, comprising: a controller configured to perform a normal discharge operation in which the discharger generates corona discharge or streamer discharge to purify air, and an emergency discharge operation in which a higher voltage than that in the normal discharge operation is applied to the electrodes to cause the discharger to generate spark discharge, thereby removing a substance, which is a component contained in air, adhering to the electrodes due to the normal discharge operation, wherein the electrodes are a high-voltage electrode having a projection and being subjected to voltage application, and a planar ground electrode facing the high-voltage electrode , and discharge is generated from a tip end of the projection toward the ground electrode , and an application voltage V in kV to the high-voltage electrode in the emergency discharge operation is a value satisfying V ≥ d × 1.2, where d represents a distance between the electrodes in millimeters, wherein the controller is configured to adjust the application voltage to the high-voltage electrode such that a current value between the electrodes is maintained constant and is configured to set an upper limit of the application voltage V to be a value greater than d × 1.2. a controller configured to perform a normal discharge operation in which the discharger generates corona discharge or streamer discharge to purify air, and an emergency discharge operation in which a higher voltage than that in the normal discharge operation is applied to the electrodes to cause the discharger to generate spark discharge, thereby removing a substance, which is a component contained in air, adhering to the electrodes due to the normal discharge operation, wherein the electrodes are a high-voltage electrode having a projection and being subjected to voltage application, and a planar ground electrode facing the high-voltage electrode , and discharge is generated from a tip end of the projection toward the ground electrode , and
System for networked transportation of patients or people with impaired mobility in a hospital bed or nursing bed, having the following features: a) a first transportation vehicle and a second transportation vehicle which are configured in the same way and which each have: a chassis , drive wheels and a bridge track on a raiseable and lowerable bridge platform , wherein a rotatable carriage with a drive for securing a docking crosspiece is provided on the bridge track , wherein an adjusting element is provided which is driven by a further drive and which serves to actuate front lifting rods and rear lifting rods , and wherein a lever arrangement lying between said lifting rods is provided for raising the bridge platform , which has the effect that the load thereon lies directly in the region of the drive wheels , b) an energy supply system which is powered either via inductive leads routed in the ground or via movable energy supply stations, c) a hospital bed having a mounting with a crossmember and a docking point for the docking crosspiece of the first transportation vehicle and a docking point for a long abutment of the docking crosspiece of the second transportation vehicle , and d) a control centre for controlling a transportation operation. a) a first transportation vehicle and a second transportation vehicle which are configured in the same way and which each have: a chassis , drive wheels and a bridge track on a raiseable and lowerable bridge platform , wherein a rotatable carriage with a drive for securing a docking crosspiece is provided on the bridge track , wherein an adjusting element is provided which is driven by a further drive and which serves to actuate front lifting rods and rear lifting rods , and wherein a lever arrangement lying between said lifting rods is provided for raising the bridge platform , which has the effect that the load thereon lies directly in the region of the drive wheels , a chassis , drive wheels and a bridge track on a raiseable and lowerable bridge platform , wherein a rotatable carriage with a drive for securing a docking crosspiece is provided on the bridge track , wherein an adjusting element is provided which is driven by a further drive and which serves to actuate front lifting rods and rear lifting rods , and wherein a lever arrangement lying between said lifting rods is provided for raising the bridge platform , which has the effect that the load thereon lies directly in the region of the drive wheels , b) an energy supply system which is powered either via inductive leads routed in the ground or via movable energy supply stations, c) a hospital bed having a mounting with a crossmember and a docking point for the docking crosspiece of the first transportation vehicle and a docking point for a long abutment of the docking crosspiece of the second transportation vehicle , and d) a control centre for controlling a transportation operation.
A mobile terminal comprising: a display including a first area and a second area, wherein the first area is located at a first side of the mobile terminal and the second area is located at a second side facing the first side; a camera disposed at the second side; a controller ; and at least one sensor , wherein the controller is configured to display an image acquired through the camera in the first area and the second area, and characterised in that the controller is further configured to: display the image acquired through the camera at the first area and the second area and deactivate touch input sensing for at least a portion of the second area based on information sensed through the at least one sensor corresponding to a first condition; and display the image acquired through the camera at the second area and deactivate touch input sensing for at least a portion of the first area based on the information sensed through the at least one sensor corresponding to a second condition. a display including a first area and a second area, wherein the first area is located at a first side of the mobile terminal and the second area is located at a second side facing the first side; a camera disposed at the second side; a controller ; and at least one sensor , wherein the controller is configured to display an image acquired through the camera in the first area and the second area, and characterised in that the controller is further configured to: display the image acquired through the camera at the first area and the second area and deactivate touch input sensing for at least a portion of the second area based on information sensed through the at least one sensor corresponding to a first condition; and display the image acquired through the camera at the second area and deactivate touch input sensing for at least a portion of the first area based on the information sensed through the at least one sensor corresponding to a second condition. display the image acquired through the camera at the first area and the second area and deactivate touch input sensing for at least a portion of the second area based on information sensed through the at least one sensor corresponding to a first condition; and display the image acquired through the camera at the second area and deactivate touch input sensing for at least a portion of the first area based on the information sensed through the at least one sensor corresponding to a second condition.
A method for producing γ-Glu-Val and/or a salt thereof, the method comprising the following step (A): (A) a step of allowing a protein defined in (a), (b), or (c) mentioned below to act on Glu and Val to generate γ-Glu-Val: (a) a protein comprising the amino acid sequence of SEQ ID NO: 6, 10, 16, or 22; (b) a protein comprising the amino acid sequence of SEQ ID NO: 6, 10, 16, or 22 but including substitution, deletion, insertion, or addition of 1 to 10 amino acid residues, and having γ-glutamylvaline synthetase activity; (c) a protein comprising an amino acid sequence showing an identity of 90% or higher to the amino acid sequence of SEQ ID NO: 6, 10, 16, or 22, and having γ-glutamylvaline synthetase activity. (A) a step of allowing a protein defined in (a), (b), or (c) mentioned below to act on Glu and Val to generate γ-Glu-Val: (a) a protein comprising the amino acid sequence of SEQ ID NO: 6, 10, 16, or 22; (b) a protein comprising the amino acid sequence of SEQ ID NO: 6, 10, 16, or 22 but including substitution, deletion, insertion, or addition of 1 to 10 amino acid residues, and having γ-glutamylvaline synthetase activity; (c) a protein comprising an amino acid sequence showing an identity of 90% or higher to the amino acid sequence of SEQ ID NO: 6, 10, 16, or 22, and having γ-glutamylvaline synthetase activity. (a) a protein comprising the amino acid sequence of SEQ ID NO: 6, 10, 16, or 22; (b) a protein comprising the amino acid sequence of SEQ ID NO: 6, 10, 16, or 22 but including substitution, deletion, insertion, or addition of 1 to 10 amino acid residues, and having γ-glutamylvaline synthetase activity; (c) a protein comprising an amino acid sequence showing an identity of 90% or higher to the amino acid sequence of SEQ ID NO: 6, 10, 16, or 22, and having γ-glutamylvaline synthetase activity.
A package comprising: a container including a longitudinal axis (A) extending therethrough, said container having a mouth , a sealing surface facing in an axial direction relative to said longitudinal axis (A), and an opening in said sealing surface; and a seal ring including a longitudinal axis (B) that is coincident with said longitudinal axis (A) of the container , said seal ring having a base with a projection extending in an axial direction relative to said longitudinal axis (B) of said seal ring , wherein the projection is received in the sealing surface opening thereby securing said seal ring to the container , wherein said seal ring further includes a radially outer portion , and wherein the radially outer portion of the seal ring extends away from the base in an axial direction such that it is generally perpendicular to the base , and wherein the radially outer portion includes an inner surface which is in engagement with an outer surface of the container . a container including a longitudinal axis (A) extending therethrough, said container having a mouth , a sealing surface facing in an axial direction relative to said longitudinal axis (A), and an opening in said sealing surface; and a seal ring including a longitudinal axis (B) that is coincident with said longitudinal axis (A) of the container , said seal ring having a base with a projection extending in an axial direction relative to said longitudinal axis (B) of said seal ring , wherein the projection is received in the sealing surface opening thereby securing said seal ring to the container , wherein said seal ring further includes a radially outer portion , and wherein the radially outer portion of the seal ring extends away from the base in an axial direction such that it is generally perpendicular to the base , and wherein the radially outer portion includes an inner surface which is in engagement with an outer surface of the container .
An optical device for shaping laser radiation (LS) propagating along a propagation axis (z), comprising at least one beam-shaping optical module , characterized in that the beam-shaping optical module is constructed for generating a focus geometry in a processing plane (BE) with a main laser spot (HS) and at least one ancillary laser spot (NS1, NS2), wherein the beam-shaping optical module is used downstream of a collimation lens of a processing optical element, in that the main laser spot (HS) has a square or rectangular shape and the at least one ancillary laser spot (NS1, NS2) is configured in a circular, square or rectangular manner, in that the beam-shaping optical module comprises at least a first cylindrical lens array and a second cylindrical lens array and a wedge-plate arrangement , wherein the first and second cylindrical lens array and the wedge-plate arrangement are mechanically connected to one another to form the module and the module is mounted in the optical device in a displaceable manner along a transverse and vertical axis (x, y) running perpendicular to the propagation axis (z), in that the first and second cylindrical lens arrays in each case have a multiplicity of longitudinal cylindrical lenses arranged in a plane parallel to one another, in that the first and second cylindrical lens arrays are arranged one after the other along the propagation axis (z), spaced and crosswise with respect to one another, wherein the cylindrical lens arrays , which are crosswise with respect to one another, are constructed for generating the main laser radiation (HLS), in that the wedge-plate arrangement is accommodated between the first and second cylindrical lens arrays and constructed for generating the at least one ancillary laser radiation (NLS1, NLS2), wherein a focussing optical element is arranged behind the beam-shaping optical module in the direction of the propagation axis (z), which is constructed for imaging the main laser radiation (HLS) into the main laser spot (HS) and the at least one ancillary laser radiation (NLS1, NLS2) into the at least one ancillary laser spot (NS1, NS2) in the processing plane (BE).
Airbag that adapts to a helmet, integrated into a backpack , with housing cavity , positioned or secured to the user's back, provided with gas bottles for rapid inflation in an accident situation and associated with a microprocessor with triaxial accelerometer, GPS and sensors, characterised in that the backpack incorporates • status LEDs , visible to the user, housed in the attachment straps , • an airbag with mechanically-acting deflating valves , folded into the housing cavity , the said airbag , in an inflated state, deploying ∘ an adaptable base over the shoulders protecting the cervical vertebrae, ∘ one or more vertical extensions positioned around the adaptable base , configuring two symmetrical, facing parts, a radial extension emerging from each vertical extension , and ∘ each radial extension coinciding with the opposite radial extension , facing each other at the same height, at the top part of the helmet , configuring a semicircular protective adaptation. • status LEDs , visible to the user, housed in the attachment straps , • an airbag with mechanically-acting deflating valves , folded into the housing cavity , the said airbag , in an inflated state, deploying ∘ an adaptable base over the shoulders protecting the cervical vertebrae, ∘ one or more vertical extensions positioned around the adaptable base , configuring two symmetrical, facing parts, a radial extension emerging from each vertical extension , and ∘ each radial extension coinciding with the opposite radial extension , facing each other at the same height, at the top part of the helmet , configuring a semicircular protective adaptation. ∘ an adaptable base over the shoulders protecting the cervical vertebrae, ∘ one or more vertical extensions positioned around the adaptable base , configuring two symmetrical, facing parts, a radial extension emerging from each vertical extension , and ∘ each radial extension coinciding with the opposite radial extension , facing each other at the same height, at the top part of the helmet , configuring a semicircular protective adaptation.