mhurhangee/ep-ind-claims huggingface dataset:
A controller of a non-invasive ventilator system configured to measure a patient's expired CO 2 level while maintaining a positive inspiratory pressure, the controller configured to: receive, from a user interface of the non-invasive ventilator system, a signal comprising an instruction to obtain a CO 2 measurement from a patient; lower, in response to the signal for a first time period comprising one or more breaths, (i) the expiratory positive airway pressure of the non-invasive ventilator system from a first, higher level to a second, lower level, and (ii) the inspiratory positive airway pressure of the non-invasive ventilator system from a third, higher level to a fourth lower level; send a signal to a CO 2 sensor of the non-invasive ventilator system, the signal comprising instructions to obtain the CO 2 measurement during the first time period; and return, after the first time period, the expiratory positive airway pressure to the first, higher level and the inspiratory positive airway pressure to the third, higher level. receive, from a user interface of the non-invasive ventilator system, a signal comprising an instruction to obtain a CO 2 measurement from a patient; lower, in response to the signal for a first time period comprising one or more breaths, (i) the expiratory positive airway pressure of the non-invasive ventilator system from a first, higher level to a second, lower level, and (ii) the inspiratory positive airway pressure of the non-invasive ventilator system from a third, higher level to a fourth lower level; send a signal to a CO 2 sensor of the non-invasive ventilator system, the signal comprising instructions to obtain the CO 2 measurement during the first time period; and return, after the first time period, the expiratory positive airway pressure to the first, higher level and the inspiratory positive airway pressure to the third, higher level.
Agricultural working device for processing biomass, such as parts of plants, in particular a mulching device, mulching-mowing device or milling device, having a working rotor which is driven by a drive shaft and has a rotor shaft (2.1) and a cutting rail (4.1) with a cutting edge (4.1.1) which can be directed towards the working rotor, having sensors (8.1 - 8.7) for acquiring parameters of working rotor and/or cutting rail (4.1), an electronic control apparatus and at least one actuator element for setting the cutting rail (4.1), wherein the sensors comprise, in particular, rotational speed sensors (8.1, 8.2) for determining the rotational speeds (n1, n2) of drive shaft and rotor shaft (2.1) of the working rotor, and the control apparatus, to set the position of the cutting edge (4.1.1), is designed in such a way that the ratio of the rotational speeds (n1, n2) is in a predefined range, taking into account tolerances.
A sheet processing apparatus comprising: a sheet supply device which supplies sheets one by one; a first cylinder which comprises at least one gripper device (33a - 33c) that grips a leading edge of the sheet supplied from said sheet supply device, and grips and conveys the sheet by said gripper device; a processing device which processes the sheet conveyed by said first cylinder; a sheet discharge device which discharges the sheet processed by said processing device; and conveyance devices (36, 37, 39, 31b) which include a plurality of gripper devices (36a, 37a, 39a, 31bt) including at least one reversing gripper device that grips and holds a trailing edge of the sheet, convey the sheet that has undergone a single-sided process and is received from said first cylinder while sequentially transferring the sheet by a gripping change by said plurality of gripper devices, reverse the sheet in the process of conveyance, and supply the sheet onto said first cylinder, said conveyance devices comprising a second cylinder which grips and conveys the leading edge of the sheet by one gripper device of said plurality of gripper devices, characterized in that the conveyance devices further comprise a reversing swing arm shaft pregripper which is supported to be swingable between said first cylinder and said second cylinder, receives by said reversing gripper device the trailing edge of the sheet conveyed by said second cylinder, and transfers the received trailing edge of the sheet to said gripper device of said first cylinder by a gripping change. a sheet supply device which supplies sheets one by one; a first cylinder which comprises at least one gripper device (33a - 33c) that grips a leading edge of the sheet supplied from said sheet supply device, and grips and conveys the sheet by said gripper device; a processing device which processes the sheet conveyed by said first cylinder; a sheet discharge device which discharges the sheet processed by said processing device; and conveyance devices (36, 37, 39, 31b) which include a plurality of gripper devices (36a, 37a, 39a, 31bt) including at least one reversing gripper device that grips and holds a trailing edge of the sheet, convey the sheet that has undergone a single-sided process and is received from said first cylinder while sequentially transferring the sheet by a gripping change by said plurality of gripper devices, reverse the sheet in the process of conveyance, and supply the sheet onto said first cylinder,
Door comprising an exterior panel, a control for opening and a device for reinforcing with a sandwich plate made up of sheets of composite materials, said plate being bonded to an interior part of the exterior panel, characterized in that the reinforcing device comprises a rigid section piece (4, 40, 41, 43) bonded to the sandwich plate made of composite materials.
An in vitro method for diagnosing if a subject suffers bladder cancer which consists of: a) determining the expression level of the IGF2 gene and the expression level of a second gene wherein said second gene is the SLC1A6 gene in a sample from said subject; and b) comparing the expression level of said genes in said sample with their reference values; wherein an expression level of the IGF2 gene in the sample from the subject greater than the reference value for said gene; and wherein an altered expression level of said second gene in the sample from said subject when compared to the reference value for said gene, wherein said altered expression level is: - an increased expression level of the SLC1A6 gene are indicative that said subject suffers bladder cancer. a) determining the expression level of the IGF2 gene and the expression level of a second gene wherein said second gene is the SLC1A6 gene in a sample from said subject; and b) comparing the expression level of said genes in said sample with their reference values; wherein an expression level of the IGF2 gene in the sample from the subject greater than the reference value for said gene; and wherein an altered expression level of said second gene in the sample from said subject when compared to the reference value for said gene, wherein said altered expression level is: - an increased expression level of the SLC1A6 gene are indicative that said subject suffers bladder cancer. - an increased expression level of the SLC1A6 gene are indicative that said subject suffers bladder cancer.
An image processing apparatus comprising: a classifying unit configured to recognise characters included in a predetermined region of an input image and configured to classify the input image into a first category among a plurality of categories in accordance with the recognised characters; a display unit configured to display the result of the classification done by the classifying unit; an operation accepting unit configured to accept input from a user for correcting the classification done by the classifying unit, by classifying the input image into a second category from the plurality of categories; and a replacing unit configured to replace a portion of the input image with a first image, in accordance with the second category, in a case where a classification correction is performed by the user,wherein the portion of the input image does not include the predetermined region of the input image. a display unit configured to display the result of the classification done by the classifying unit; an operation accepting unit configured to accept input from a user for correcting the classification done by the classifying unit, by classifying the input image into a second category from the plurality of categories; and a replacing unit configured to replace a portion of the input image with a first image, in accordance with the second category, in a case where a classification correction is performed by the user,wherein the portion of the input image does not include the predetermined region of the input image.
A propylene 1-hexene copolymer containing from 5.7 to 7.7% by weight, of 1-hexene derived units having: a) solubility in xylene at 25° C ranging from 7.0 wt% to 15.0 wt%; b) the melting temperature, measured by DSC according to ISO 11357-3 ranging from 143.0 °C to 148.0° C; c) Melt Flow Rate (MFR, measured according to ASTM D 1238, 230°C/2.16 kg, from 3.5 to 8.0 g/10 min. d) content of 1-hexene derived units in the fraction soluble in xylene at 25°C ranging from 13.5 wt% to 18.5 wt% a) solubility in xylene at 25° C ranging from 7.0 wt% to 15.0 wt%; b) the melting temperature, measured by DSC according to ISO 11357-3 ranging from 143.0 °C to 148.0° C; c) Melt Flow Rate (MFR, measured according to ASTM D 1238, 230°C/2.16 kg, from 3.5 to 8.0 g/10 min. d) content of 1-hexene derived units in the fraction soluble in xylene at 25°C ranging from 13.5 wt% to 18.5 wt%
A charging interface (230; 810; 900; 1100) for an electric vehicle (110; 200), comprising: an interface body; and an electrode coupled to the interface body, wherein the electrode includes a contact surface (816, 818; 902, 906; 1102, 1108, 1110) adapted to engage with a charging brush (804; 1114) of a charging station (100; 210) to charge the electric vehicle, wherein the contact surface is configured to allow the charging brush to slide across the contact surface, characterised in that the contact surface includes a plurality of grooves (904; 1104) configured to act as file edges to remove a portion of the charging brush, to renew a surface of the charging brush, as the charging brush slides across the contact surface. an interface body; and an electrode coupled to the interface body, wherein the electrode includes a contact surface (816, 818; 902, 906; 1102, 1108, 1110) adapted to engage with a charging brush (804; 1114) of a charging station (100; 210) to charge the electric vehicle, wherein the contact surface is configured to allow the charging brush to slide across the contact surface, characterised in that the contact surface includes a plurality of grooves (904; 1104) configured to act as file edges to remove a portion of the charging brush, to renew a surface of the charging brush, as the charging brush slides across the contact surface.
Vehicle with a light unit, the vehicle can lean into turns while the vehicle is running, the light unit comprising: a fixed part fixed to a vehicle body, a main headlight (110, 120) supported on the vehicle body, wherein the main headlight (110, 120) can be turned on irrespective of the lean angle of the vehicle while the vehicle is running; and a sub headlight provided in the fixed part and including a sub headlight light source, the sub headlight can produce a cut-off line at the upper side of light emitted from the sub headlight light source, the cut-off line extending obliquely when the vehicle body is upright, wherein the sub headlight is turned on in accordance with an increase in a lean angle of the vehicle while the vehicle is running; characterized by a sub headlight turn-on device for a vehicle's stopped state for turning on the sub headlight under a state where the main headlight (110, 120) is turned on when the vehicle is stopped, and a sub-headlight cut-off line moving device for, when the vehicle is stopped moving the cut-off line of the light emitted from the sub headlight under a state where the sub headlight is turned on and the fixed part is fixed to the vehicle body. a fixed part fixed to a vehicle body, a main headlight (110, 120) supported on the vehicle body, wherein the main headlight (110, 120) can be turned on irrespective of the lean angle of the vehicle while the vehicle is running; and a sub headlight provided in the fixed part and including a sub headlight light source, the sub headlight can produce a cut-off line at the upper side of light emitted from the sub headlight light source, the cut-off line extending obliquely when the vehicle body is upright, wherein the sub headlight is turned on in accordance with an increase in a lean angle of the vehicle while the vehicle is running; characterized by a sub headlight turn-on device for a vehicle's stopped state for turning on the sub headlight under a state where the main headlight (110, 120) is turned on when the vehicle is stopped, and a sub-headlight cut-off line moving device for, when the vehicle is stopped moving the cut-off line of the light emitted from the sub headlight under a state where the sub headlight is turned on and the fixed part is fixed to the vehicle body.
A method of profiling a packaging material with a load wrapping apparatus of the type configured to wrap a load on a load support through relative rotation between a packaging material dispenser and the load support, the method comprising: initiating a first wrap operation to wrap a load with the packaging material using a first wrap force; determining a first incremental containment force per revolution value from the first wrap operation; initiating a second wrap operation to wrap a load with the packaging material using a second wrap force; determining a second ICF value from the second wrap operation; the method further comprising: using a central processing unit, determining an ICF function for the packaging material from the first and second ICF values, the method being characterized by the ICF function being variable as a function of wrap force or payout percentage over a range of wrap forces or payout percentages; and using the ICF function in connection with a load containment force requirement to configure the load wrapping apparatus to provide consistent and reliable load wrapping operations. initiating a first wrap operation to wrap a load with the packaging material using a first wrap force; determining a first incremental containment force per revolution value from the first wrap operation; initiating a second wrap operation to wrap a load with the packaging material using a second wrap force; determining a second ICF value from the second wrap operation; the method further comprising: using a central processing unit, determining an ICF function for the packaging material from the first and second ICF values, the method being characterized by the ICF function being variable as a function of wrap force or payout percentage over a range of wrap forces or payout percentages; and using the ICF function in connection with a load containment force requirement to configure the load wrapping apparatus to provide consistent and reliable load wrapping operations. using a central processing unit, determining an ICF function for the packaging material from the first and second ICF values, the method being characterized by the ICF function being variable as a function of wrap force or payout percentage over a range of wrap forces or payout percentages; and using the ICF function in connection with a load containment force requirement to configure the load wrapping apparatus to provide consistent and reliable load wrapping operations.
Method for controlling an electrical energy distribution network in which electrical power is provided via a multiplicity of network nodes (N1,..., N9, N') connected via power lines, wherein at least a portion of the network nodes (N1,..., N9, N') are controllable network nodes (N1,..., N9) with respective local control units, and at least a portion of these controllable network nodes (N1,..., N9) are decentralized electrical energy generators or decentralized electrical energy stores, wherein the energy distribution network is coupled to an energy transmission network at a point of common coupling and provides electrical power (P, Q) to the energy transmission network at said point of common coupling, said electrical power originating from the controllable network nodes (N1,..., N9) of the energy distribution network, wherein, for providing the electrical power (P, Q), a central control unit in the energy distribution network communicates with the local control units of the controllable network nodes (N1,..., N9) and the energy transmission network, characterized in that the central control unit controls the energy distribution network, which constitutes a topological power plant with the network nodes (N1,..., N9) in a clearly defined network area and with the point of common coupling as the unique point of common coupling to the higher-level energy transmission network, with the aid of the communication with the local control units and the energy transmission network in such a way that at the unique point of common coupling primary control power and short-circuit power are kept available for the energy transmission network.
A trephine, the trephine comprising an elongate member, a hub, and a two-way clutch operably coupling the elongate member and the hub, wherein rotational movement is transmitted from the hub to the elongate member through the two-way clutch when a compressive force is applied to the hub and when a tensile force is applied to the hub, and wherein the two-way clutch comprises a neutral configuration, wherein rotational movement is not transmitted from the hub to the elongate member when the two-way clutch is in the neutral configuration.
A conduction system comprising: a laminated busbar (10, 10A to 10H) including a plurality of busbars (11, 11A, 11B) that form a conduction path in a vehicle and are stacked each other; and a distribution mechanism (20, 20A to 20D) configured to distribute an electric power or electric signal by bending a part of the busbars (11, 11A) forming the laminated busbar (10, 10A to 10H) with respect to other busbars (11, 11B) and by branching off the part of the busbars (11, 11A) and the other busbars (11, 11B) from each other, without the other busbars (11, 11B) being bent, wherein the part of the busbars is bent in the distribution mechanism to be formed such that a thickness direction of the part of the busbars is a different direction from a thickness direction of the other busbars. a laminated busbar (10, 10A to 10H) including a plurality of busbars (11, 11A, 11B) that form a conduction path in a vehicle and are stacked each other; and a distribution mechanism (20, 20A to 20D) configured to distribute an electric power or electric signal by bending a part of the busbars (11, 11A) forming the laminated busbar (10, 10A to 10H) with respect to other busbars (11, 11B) and by branching off the part of the busbars (11, 11A) and the other busbars (11, 11B) from each other, without the other busbars (11, 11B) being bent, wherein the part of the busbars is bent in the distribution mechanism to be formed such that a thickness direction of the part of the busbars is a different direction from a thickness direction of the other busbars.
A tire having a circumferential rubber tread having a cap/base configuration comprising a radially outer tread cap rubber layer with a lug and groove configuration with the radially outer portions of the tread lugs providing the running surface of the tread, and a tread base rubber layer underlying the tread cap rubber layer; wherein the tread cap rubber layer is composed of or comprises at least three circumferential load bearing zones (5A, 6, 5B) comprising an intermediate tread zone rubber layer positioned between and extending beneath two lateral tread zone rubber layers (5A, 5B) and underlying the lateral tread zone rubber layers (5A, 5B) and overlying the tread base rubber layer to therefore stratify the lateral tread zone rubber layers (5A, 5B) as being separated from each other and from the tread base rubber layer; wherein outer tread lug surfaces of the intermediate tread zone rubber layer and the lateral tread zone rubber layers (5A, 5B) comprise the running surface of the tread; and wherein a peripheral rubber layer of the tread is provided with and comprises a radial extension of a tire sidewall rubber layer containing at least 40 phr of carbon black, wherein said radial extension extends radially outward from the tire sidewall and extends to and includes a portion of the running surface of the tread.
Rotationally secured collet system for a rotary tool, having the following features: a. a base body, in the form of a chuck for turning, milling or other rotary machines and the like, with a receiving bore and an external thread, b. a collet with a tool-receiving bore for the rotary tool, wherein the collet is arranged detachably in the receiving bore of the base body and can be braced in a force-fitting manner with respect to the base body for the purposes of locking rotation, c. a clamping nut, which is provided for the purposes of bracing the collet on the base body and can be fastened to the base body in the region of the receiving bore, characterized in that the clamping system comprises at least one first rotation-prevention means, which blocks a relative turning of the collet with respect to the base body, wherein the first rotation-prevention means is formed by an unround or a polyhedral or polyhedron-like, radially outer form, tapering in the direction of the base body, of the collet, and by a radially inner, unround or polyhedral or polyhedron-like form of the receiving bore of the base body, which form is adapted to said radially outer form of the collet, wherein the unround or polyhedral or polyhedron-like, outer form of the collet and the unround or polyhedral or polyhedron-like, inner form of the receiving bore are formed in a manner respectively complementary to one another with respect to the contact surfaces thereof and bear directly against one another. a. a base body, in the form of a chuck for turning, milling or other rotary machines and the like, with a receiving bore and an external thread, b. a collet with a tool-receiving bore for the rotary tool, wherein the collet is arranged detachably in the receiving bore of the base body and can be braced in a force-fitting manner with respect to the base body for the purposes of locking rotation, c. a clamping nut, which is provided for the purposes of bracing the collet on the base body and can be fastened to the base body in the region of the receiving bore,
High-energy surge current limiter for a voltage intermediate circuit converter, comprising a primary winding (102, 110) having two electrical terminals (116, 118) and a secondary winding magnetically coupled to the primary winding, wherein the secondary winding is short-circuited, characterized in that the primary winding and the secondary winding are electrically connected at points, whereby the electrical short circuit for the secondary winding is realized by way of the primary winding, and the primary and the secondary winding are fixed to a tensioning brace.
Use of an antibody or fragment thereof for inhibiting alternative complement pathway activation in the blood of a mammal, the antibody or fragment thereof specifically binding to properdin and inhibiting the alternative complement pathway activation in the mammal by inhibiting the properdin binding to C5, wherein the antibody or fragment thereof comprises a heavy chain variable domain comprising the three CDRs of SEQ ID NO: 1, SEQ ID NO: 2 and SEQ ID NO: 3 and a light chain variable domain comprising the three CDRs of SEQ ID NO: 4, SEQ ID NO: 5 and SEQ ID NO: 6, wherein said antibody binds to properdin with a binding affinity of < 100pM.