mhurhangee/ep-ind-claims huggingface dataset:
Device (48, 48') for a rail vehicle, - which has a control apparatus with an electronic control device (SG.1) and a first rotational speed sensor and a monitoring apparatus (ÜE) with an electronic monitoring device (ÜG.1), a first temperature sensor and a first acceleration sensor (49; 49'), wherein the one electronic control device (SG.1) and the one electronic monitoring device (ÜG.1) are combined to form a structural unit which forms a combined control and monitoring device (SG/ÜG.1), and wherein the first sensors (57, 73, 49; 49') are to be arranged on a first bogie of a car of the rail vehicle and emit first signals (n.1.1, T.1a.1, a y.Ü1.1; a' y.Ü1.1; to the combined control and monitoring device (SG/ÜG.1), and - in which the control apparatus has a further second rotational speed sensor and the monitoring apparatus (ÜE) has a further second temperature sensor and a further second acceleration sensor (52; 52'), wherein the further second sensors (62, 78, 52; 52') are to be arranged on a further bogie of the one car and emit further second signals (n.2.2, T.2a.2, a y.Ü2.2; a' y.Ü2.2), characterised in that the control apparatus has a further electronic control device (SG.2) and a further electronic monitoring device (ÜG.2) which are combined to form a further structural unit which forms a further combined control and monitoring device (SG/ÜG.2), wherein the further second sensors (62, 78, 52; 52') emit their further second signals (n.2.2, T.2a.2, a y.Ü2.2; a' y.Ü2.2) to the further combined control and monitoring device (SG/ÜG.2). - which has a control apparatus with an electronic control device (SG.1) and a first rotational speed sensor and a monitoring apparatus (ÜE) with an electronic monitoring device (ÜG.1), a first temperature sensor and a first acceleration sensor (49; 49'), wherein the one electronic control device (SG.1) and the one electronic monitoring device (ÜG.1) are combined to form a structural unit which forms a combined control and monitoring device (SG/ÜG.1), and wherein the first sensors (57, 73, 49; 49') are to be arranged on a first bogie of a car of the rail vehicle and emit first signals (n.1.1, T.1a.1, a y.Ü1.1; a' y.Ü1.1; to the combined control and monitoring device (SG/ÜG.1), and - in which the control apparatus has a further second rotational speed sensor and the monitoring apparatus (ÜE) has a further second temperature sensor and a further second acceleration sensor (52; 52'), wherein the further second sensors (62, 78, 52; 52') are to be arranged on a further bogie of the one car and emit further second signals (n.2.2, T.2a.2, a y.Ü2.2; a' y.Ü2.2),
Synchronization device for a transmission, having a sliding sleeve, a blocking synchronizer ring and a change wheel, wherein, in a force flow region (k) between the blocking synchronizer ring and the change wheel, ramps for producing a servo force (F S) axial with respect to the shaft in a servo force direction from the blocking synchronizer ring toward the change wheel are provided on at least one component part, wherein first ramps (12.1) for servo force production when downshifting from a higher gear are arranged at a first angle (ß 1) to the shaft, and second ramps (12.2) for servo force production when upshifting from a lower gear are arranged at a second angle (ß 2) to the shaft, characterized in that the first angle (ß 1) is unequal to the second angle (ß 2) and the first ramps are configured asymmetrically with respect to the second ramps.
Lighting device suitable for supplying photons comprising a light source and comprising i) at least two organic light-emitting diodes (DOk) comprising a reflective front face and contained in a plane perpendicular to a normal ii) positioning means (MPk) suitable for orienting said organic light-emitting diodes (DOk) about two perpendicular axes in order to orient their normals in space along first selected directions, and iii) control means suitable for controlling, on the one hand, said positioning means (MPk) so that they orient said normals along said first selected directions and, on the other hand, the operation of said organic light-emitting diodes (DOk) so that they emit photons through their front face in said first chosen directions and/or reflect through their front face, in second chosen directions, photons from said light source, characterized in that said control means are adapted to control the wavelengths of the photons coming from said light source so that the light resulting from the photons emitted and the photons reflected by each organic light-emitting diode (DOk) has a selected color.
A dual-polarized phased array weather radar, comprising an information processing module and a dual-polarized phased array antenna, characterized in that the dual-polarized phased array antenna comprises a horizontal cylindrical support surface, a support frame, and a plurality of dual-polarized row feeds, wherein the support frame matches the horizontal cylindrical support surface, and the support frame is configured to support the horizontal cylindrical support surface; the plurality of dual-polarized row feeds are arranged on the horizontal cylindrical support surface, and the plurality of dual-polarized row feeds are closely arranged along a circumferential direction of the horizontal cylindrical support surface; the information processing module is connected to the dual-polarized phased array antenna and configured to complete spectrum analysis to obtain target echo information based on a signal received by the dual-polarized phased array antenna, and the information processing module is further configured to generate a control instruction to drive the dual-polarized phased array antenna to collect signals in a horizontal direction and/or an elevation direction. the dual-polarized phased array antenna comprises a horizontal cylindrical support surface, a support frame, and a plurality of dual-polarized row feeds, wherein the support frame matches the horizontal cylindrical support surface, and the support frame is configured to support the horizontal cylindrical support surface; the plurality of dual-polarized row feeds are arranged on the horizontal cylindrical support surface, and the plurality of dual-polarized row feeds are closely arranged along a circumferential direction of the horizontal cylindrical support surface; the information processing module is connected to the dual-polarized phased array antenna and configured to complete spectrum analysis to obtain target echo information based on a signal received by the dual-polarized phased array antenna, and the information processing module is further configured to generate a control instruction to drive the dual-polarized phased array antenna to collect signals in a horizontal direction and/or an elevation direction.
A liquid discharging apparatus comprising: a transportation belt that has a medium supporting surface and is adapted to transport a medium while supporting the medium on the medium supporting surface; a discharging head adapted to discharge liquid onto the medium supported by the transportation belt; a cleaning mechanism that has a cleaning member making contact with the transportation belt so as to clean the medium supporting surface with a cleaning solution; characterized by a heater adapted to supply heat to the cleaning solution; and a controller adapted to control a cleaning temperature on a cleaning portion of the medium supporting surface by driving the heater, wherein the controller is adapted to control the cleaning temperature based on information relating to an environment temperature. a transportation belt that has a medium supporting surface and is adapted to transport a medium while supporting the medium on the medium supporting surface; a discharging head adapted to discharge liquid onto the medium supported by the transportation belt; a cleaning mechanism that has a cleaning member making contact with the transportation belt so as to clean the medium supporting surface with a cleaning solution; characterized by a heater adapted to supply heat to the cleaning solution; and a controller adapted to control a cleaning temperature on a cleaning portion of the medium supporting surface by driving the heater, wherein the controller is adapted to control the cleaning temperature based on information relating to an environment temperature.
Solid pharmaceutical composition for oral administration comprising a therapeutically effective amount of aminopterin or a pharmaceutically acceptable salt thereof for use in the treatment of a disorder, wherein the disorder is selected from the group consisting of acute lymphoblastic leukemia, B lineage acute lymphoblastic leukemia, T lineage acute lymphoblastic leukemia and refractory or relapsed T lineage acute lymphoblastic leukemia.
An active landing marker (100, 300, 400, 500) comprising: a housing (102, 302, 402, 502): a cover panel (104, 304, 404, 520) coupled to the housing, the cover panel made of polarized translucent material; a marker panel (200, 330, 430, 530) including a plurality of selectively positioned energy absorbing sections (240, 334, 434, 534) and a plurality of energy transmission sections (220, 332, 432, 532); energy sources (111, 112, 113, 312, 412, 510) positioned to direct energy to the marker panel (200, 330, 430, 530), energy radiated from the energy sources (111, 112, 113, 312, 412, 510) being absorbed by the energy absorbing sections (240, 334, 434, 534) of the marker panel (200, 330, 430, 530) and directed out of the cover panel (104, 304, 404, 520) by the energy transmission sections (220, 332, 432, 532) to generate an active signal marker having a unique marker pattern, the active signal marker aiding in the landing of vehicles; a sensor configured to sense an environmental condition; and a controller to selectively provide power to the energy sources, wherein the controller is configured to switch between energy sources based on the current environmental condition. a cover panel (104, 304, 404, 520) coupled to the housing, the cover panel made of polarized translucent material; a marker panel (200, 330, 430, 530) including a plurality of selectively positioned energy absorbing sections (240, 334, 434, 534) and a plurality of energy transmission sections (220, 332, 432, 532); energy sources (111, 112, 113, 312, 412, 510) positioned to direct energy to the marker panel (200, 330, 430, 530), energy radiated from the energy sources (111, 112, 113, 312, 412, 510) being absorbed by the energy absorbing sections (240, 334, 434, 534) of the marker panel (200, 330, 430, 530) and directed out of the cover panel (104, 304, 404, 520) by the energy transmission sections (220, 332, 432, 532) to generate an active signal marker having a unique marker pattern, the active signal marker aiding in the landing of vehicles; a sensor configured to sense an environmental condition; and a controller to selectively provide power to the energy sources, wherein the controller is configured to switch between energy sources based on the current environmental condition.
A meter electronics for determining a decay characteristic of a meter assembly of a flow meter, the meter electronics comprising an interface for receiving a vibrational response from a meter assembly, the vibrational response comprising a response to an excitation of the meter assembly at a substantially resonant frequency, and a processing system in communication with the interface, the processing system being configured to: receive the vibrational response from the interface; determine a response voltage of the vibrational response; determine a decay characteristic (ζ) of the meter assembly based on the response voltage; and compensate the decay characteristic (ζ) by using a previously determined decay characteristic-to-response voltage relationship. receive the vibrational response from the interface; determine a response voltage of the vibrational response; determine a decay characteristic (ζ) of the meter assembly based on the response voltage; and compensate the decay characteristic (ζ) by using a previously determined decay characteristic-to-response voltage relationship.
A device for real-time recognition of restoration of spontaneous circulation (ROSC) in a cardio-pulmonary resuscitation process, characterized in that comprising: a signal acquisition apparatus configured to acquire pulse oximetry waveform signals of a patient; and a signal analysis apparatus configured to analyze the signals to determine whether there is ROSC in the CPR process; the signal analysis apparatus comprises time-domain recognition logic; wherein the time-domain recognition logic is configured to determine whether there is ROSC in the CPR process by detecting time envelope of the pulse oximetry waveform signals in the time domain; the device is characterized in that the time-domain recognition is based on at least the following envelope characteristics: time information and amplitude information of peak points of a positive envelope curve formed from peak points of each pulse wave recognized in the pulse oximetry waveform signals; time information and amplitude information of valley points of a negative envelope curve formed from valley points of each pulse wave recognized in the pulse oximetry waveform signals. a signal acquisition apparatus configured to acquire pulse oximetry waveform signals of a patient; and a signal analysis apparatus configured to analyze the signals to determine whether there is ROSC in the CPR process; the signal analysis apparatus comprises time-domain recognition logic; wherein the time-domain recognition logic is configured to determine whether there is ROSC in the CPR process by detecting time envelope of the pulse oximetry waveform signals in the time domain; the device is characterized in that the time-domain recognition is based on at least the following envelope characteristics: time information and amplitude information of peak points of a positive envelope curve formed from peak points of each pulse wave recognized in the pulse oximetry waveform signals; time information and amplitude information of valley points of a negative envelope curve formed from valley points of each pulse wave recognized in the pulse oximetry waveform signals. time information and amplitude information of peak points of a positive envelope curve formed from peak points of each pulse wave recognized in the pulse oximetry waveform signals; time information and amplitude information of valley points of a negative envelope curve formed from valley points of each pulse wave recognized in the pulse oximetry waveform signals.
A cytocidal agent comprising a peptide consisting of an amino acid sequence represented by SEQ ID NO: 1 as an effector peptide in which a peptide having apoptosis-inducing activity and a peptide having endosomal escape activity are linked in tandem.
A composition for preparing a microneedle, the composition comprising donepezil or a pharmaceutically acceptable salt thereof and a bio-degradable polymer material, wherein a weight ratio of the donepezil or the pharmaceutically acceptable salt thereof and the bio-degradable polymer is 1:1.5 to 1:5, and wherein the bio-degradable polymer material is hyaluronic acid or a pharmaceutically acceptable salt thereof.
Method for producing a functional device assembly, comprising the following method steps: a) producing a carrier substrate in a panel format, b) equipping the carrier substrate obtained according to method step a) with electronic components, c) producing bond connections (28, 30) between at least one functional device and electrical links, d) applying a potting compound to the carrier substrate and the at least one functional device arranged thereon, e) generating recessed regions on the functional device assembly, and characterized by f) producing a lens holder structure, an air mass meter, a pressure sensor or a gas sensor, by way of 3D printing, or a further 3D printing structure within the recessed regions of the functional device assembly. a) producing a carrier substrate in a panel format, b) equipping the carrier substrate obtained according to method step a) with electronic components, c) producing bond connections (28, 30) between at least one functional device and electrical links, d) applying a potting compound to the carrier substrate and the at least one functional device arranged thereon, e) generating recessed regions on the functional device assembly, and characterized by f) producing a lens holder structure, an air mass meter, a pressure sensor or a gas sensor, by way of 3D printing, or a further 3D printing structure within the recessed regions of the functional device assembly.
Process for the waterproofing of porous construction materials, said process comprising the steps of - mixing water and a composition C, the composition C comprising, in each case based on the total weight of the composition C, a) 2 - 15 wt.-% of at least one binder selected from natural hydraulic lime, formulated lime, and hydraulic lime, b) 1 - 20 wt.-% of at least one pozzolanic material, c) 40 - 80 wt.-% of at least one aggregate, d) 2 - 30 wt.-% of at least one synthetic polymer, and wherein the content of Portland cement in said composition C is < 3 wt.-%, - applying the mixture thus obtained to a porous construction material, and - optionally hardening the applied mixture. - mixing water and a composition C, the composition C comprising, in each case based on the total weight of the composition C, a) 2 - 15 wt.-% of at least one binder selected from natural hydraulic lime, formulated lime, and hydraulic lime, b) 1 - 20 wt.-% of at least one pozzolanic material, c) 40 - 80 wt.-% of at least one aggregate, d) 2 - 30 wt.-% of at least one synthetic polymer, and wherein the content of Portland cement in said composition C is < 3 wt.-%, a) 2 - 15 wt.-% of at least one binder selected from natural hydraulic lime, formulated lime, and hydraulic lime, b) 1 - 20 wt.-% of at least one pozzolanic material, c) 40 - 80 wt.-% of at least one aggregate, d) 2 - 30 wt.-% of at least one synthetic polymer, - applying the mixture thus obtained to a porous construction material, and - optionally hardening the applied mixture.
A method of processing radio signals on a wireless device, comprising: receiving a broadcast radio transmission comprising multimedia content and supplemental information corresponding to the multimedia content, wherein receiving the broadcast radio transmission further comprises receiving the supplemental information in a radio data system format or a radio broadcast data system format, wherein the supplemental information comprises a first data group from a plurality of predetermined data groups each comprising different data, wherein the first data group further comprises a first tag and a corresponding first set of text data; detecting the first tag and the first set of text data; and enabling a predetermined capability of the wireless device based on the detected first tag and the detected first set of text data, wherein enabling the predetermined capability comprises controlling collection or reporting of usage of applications executed or executing on the wireless device other than relating to radio programming. receiving a broadcast radio transmission comprising multimedia content and supplemental information corresponding to the multimedia content, wherein receiving the broadcast radio transmission further comprises receiving the supplemental information in a radio data system format or a radio broadcast data system format, wherein the supplemental information comprises a first data group from a plurality of predetermined data groups each comprising different data, wherein the first data group further comprises a first tag and a corresponding first set of text data; detecting the first tag and the first set of text data; and enabling a predetermined capability of the wireless device based on the detected first tag and the detected first set of text data, wherein enabling the predetermined capability comprises controlling collection or reporting of usage of applications executed or executing on the wireless device other than relating to radio programming.
Use of a kit in an increased sensitivity ABCG2 protein activity assay, said kit comprising - a membrane preparation or liposomes, said membranes or liposomes comprising a recombinant ABCG2 transporter protein capable of transporting an ABCG2 substrate compound across the membrane and showing substrate-stimulated ATPase activity, - one or more bile acid compounds, wherein said membrane preparation is a cell membrane preparation or a membrane protein preparation reconstituted in liposomes, wherein the basal ATPase activity of the ABCG2 protein is reduced in said assay in comparison with a control not comprising said one or more bile acid compounds. - a membrane preparation or liposomes, said membranes or liposomes comprising a recombinant ABCG2 transporter protein capable of transporting an ABCG2 substrate compound across the membrane and showing substrate-stimulated ATPase activity, - one or more bile acid compounds,
Operating device, in particular for a car radio, characterized in that a first display and a second display each for displaying a multiplicity of items of information are arranged separately on the operating device, and in that an operating element is arranged between the first display and the second display in such a manner that it interacts with the first display and with the second display.
An interlocking tile (100; 400), comprising: a top surface; marginal faces disposed along at least a portion of a perimeter of the top surface; at least one male coupler disposed on a first marginal face; and at least one female coupler disposed on a second marginal face, wherein the at least one female coupler comprises two opposing arms (152a, 152b), each arm comprising a first notch (158a or 158b) for engaging with a corresponding male coupler of an adjacent tile at a first position, and a second notch (158a or 158b) for engaging with the corresponding male coupler of the adjacent tile at a second position; and the first position is in a different horizontal plane from the second position. a top surface; marginal faces disposed along at least a portion of a perimeter of the top surface; at least one male coupler disposed on a first marginal face; and at least one female coupler disposed on a second marginal face, wherein the at least one female coupler comprises two opposing arms (152a, 152b), each arm comprising a first notch (158a or 158b) for engaging with a corresponding male coupler of an adjacent tile at a first position, and a second notch (158a or 158b) for engaging with the corresponding male coupler of the adjacent tile at a second position; and the first position is in a different horizontal plane from the second position.