mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a classification humpyard, wherein - a first humping operation in the form of a first cut humped wagon or a first cut humped wagon group is detected by means of a sensor device arranged in the region of branching points, - taking into account at least the location of the sensor device and the time (t4 11) of the detection of the first axle of the first humping operation, a clearance time (t3 12) is determined at which the first humping operation completely passes a clearance reporting point differing from the location of the sensor device with the last axle or with all constituents of the humping operation and thus will have cleared the points outside the clearance marker in relation to a clearing point, - for a subsequent second humping operation in the form of a second cut humped wagon or a second cut humped wagon group, it is determined whether, if a protective position of the points has changed compared to the first humping operation, the two humping operations (10, 20) will come into contact before the clearance time (t3 12), and - if this is not the case, the points are reset to the protective position if they can be set or the protective position is retained if the points have already been reset. - a first humping operation in the form of a first cut humped wagon or a first cut humped wagon group is detected by means of a sensor device arranged in the region of branching points, - taking into account at least the location of the sensor device and the time (t4 11) of the detection of the first axle of the first humping operation, a clearance time (t3 12) is determined at which the first humping operation completely passes a clearance reporting point differing from the location of the sensor device with the last axle or with all constituents of the humping operation and thus will have cleared the points outside the clearance marker in relation to a clearing point, - for a subsequent second humping operation in the form of a second cut humped wagon or a second cut humped wagon group, it is determined whether, if a protective position of the points has changed compared to the first humping operation, the two humping operations (10, 20) will come into contact before the clearance time (t3 12), and - if this is not the case, the points are reset to the protective position if they can be set or the protective position is retained if the points have already been reset.
Lighting device for a means of passenger and/or freight transport, comprising - a first support element, - a transparent, second support element, which is connected to the first support element, forming a hollow space, and - at least one light source for providing light in the hollow space, wherein - the first support element comprises a first inner surface, which faces the second support element, and - the second support element comprises a second inner surface, which faces the first support element, - the first inner surface is reflective or a reflective coating is applied on the first inner surface, and - a partially reflective, transparent coating is applied on the second inner surface characterized in that the first inner surface is rotatable, for the purpose of which at least a part of the first support element is rotatably mounted and is rotated by means of an actuator. - a first support element, - a transparent, second support element, which is connected to the first support element, forming a hollow space, and - at least one light source for providing light in the hollow space, wherein - the first support element comprises a first inner surface, which faces the second support element, and - the second support element comprises a second inner surface, which faces the first support element, - the first inner surface is reflective or a reflective coating is applied on the first inner surface, and - a partially reflective, transparent coating is applied on the second inner surface
A method for implementing network access, which is performed by a terminal, the method comprising: when detecting that the terminal is located in a non-local network, acquiring a network identifier corresponding to the non-local network, wherein the non-local network is different from a network to which a Subscriber Identity Module, SIM, card of the terminal belongs; acquiring a network access parameter corresponding to the network identifier of the non-local network based on a corresponding relationship between the network identifier and the network access parameter; establishing the data connection with a network server corresponding to the non-local network by using the network access parameter; acquiring, from the network server, a routing address for accessing a database server; accessing the database server by using the routing address, and acquiring authentication information of a virtual SIM card for accessing the non-local network; and accessing the non-local network by performing user information registration to the network server through the authentication information of the virtual SIM card. when detecting that the terminal is located in a non-local network, acquiring a network identifier corresponding to the non-local network, wherein the non-local network is different from a network to which a Subscriber Identity Module, SIM, card of the terminal belongs; acquiring a network access parameter corresponding to the network identifier of the non-local network based on a corresponding relationship between the network identifier and the network access parameter; establishing the data connection with a network server corresponding to the non-local network by using the network access parameter; acquiring, from the network server, a routing address for accessing a database server; accessing the database server by using the routing address, and acquiring authentication information of a virtual SIM card for accessing the non-local network; and accessing the non-local network by performing user information registration to the network server through the authentication information of the virtual SIM card.
Electrochemical cell having the following features: a. the cell comprises an electrode-separator composite having an anode, at least one separator (116, 117) and a cathode, and b. the anode comprises an anode current collector having a surface that consists of at least one metal and has been laden with at least one layer of a negative active electrode material, and c. the cathode comprises a cathode current collector having a surface that consists of at least one metal and has been laden with at least one layer of a positive active electrode material, and d. the surface of the anode current collector and/or the surface of the cathode current collector comprises at least one clear region (115c; 118c) not laden with the respective active electrode material, and the following additional feature: e. in the at least one clear region (115c; 118c) the surface of the anode current collector and/or the surface of the cathode current collector has been coated with a support material of greater thermal stability than the surface coated therewith, where the support material is a ceramic material, a glass-ceramic material or a glass. a. the cell comprises an electrode-separator composite having an anode, at least one separator (116, 117) and a cathode, and b. the anode comprises an anode current collector having a surface that consists of at least one metal and has been laden with at least one layer of a negative active electrode material, and c. the cathode comprises a cathode current collector having a surface that consists of at least one metal and has been laden with at least one layer of a positive active electrode material, and d. the surface of the anode current collector and/or the surface of the cathode current collector comprises at least one clear region (115c; 118c) not laden with the respective active electrode material,
An earhole-wearable sound collection device comprising: an attachment unit having at least a portion to be inserted into an earhole portion, the attachment unit forming a substantially sealed internal space therein when attached to the earhole portion, the internal space connecting to an ear canal; an internal microphone configured to collect speech voice that is emitted by a wearer and propagates through the ear canal when the attachment unit is attached to the earhole portion, the internal microphone being located in the internal space of the attachment unit; a low-frequency extraction filter unit configured to perform a filtering process on a sound collection signal from the internal microphone, to extract a low-frequency component, and an equalizing unit configured to perform an equalizing process of a high-frequency emphasizing type on the sound collection signal from the internal microphone. an attachment unit having at least a portion to be inserted into an earhole portion, the attachment unit forming a substantially sealed internal space therein when attached to the earhole portion, the internal space connecting to an ear canal; an internal microphone configured to collect speech voice that is emitted by a wearer and propagates through the ear canal when the attachment unit is attached to the earhole portion, the internal microphone being located in the internal space of the attachment unit; a low-frequency extraction filter unit configured to perform a filtering process on a sound collection signal from the internal microphone, to extract a low-frequency component, and an equalizing unit configured to perform an equalizing process of a high-frequency emphasizing type on the sound collection signal from the internal microphone.
A method for determining a location of a mobile device, the method comprising: receiving, at the mobile device, a first signal from a signal emitting platform (702a-702e); transmitting, from the mobile device, a request to the signal emitting platform (702a-702e), wherein the request involves moving the signal emitting platform (702a-702e) in a particular direction; receiving, at the mobile device, a second signal from the signal emitting platform (702a-702e); detecting a change in a signal strength between the received first signal and the received second signal caused at least in part by the movement of the signal emitting platform (702a-702e); and identifying a location of the mobile device based on the change in the signal strength; wherein receiving the first signal from the signal emitting platform (702a-702e) comprises receiving, by the mobile device, the first signal emitted from a turned on signal emitting platform (702a-702e); and wherein the signal emitting platform (702a-702e) is included in a plurality of the signal emitting platforms (702a-702e) which are turned on in sequence. receiving, at the mobile device, a first signal from a signal emitting platform (702a-702e); transmitting, from the mobile device, a request to the signal emitting platform (702a-702e), wherein the request involves moving the signal emitting platform (702a-702e) in a particular direction; receiving, at the mobile device, a second signal from the signal emitting platform (702a-702e); detecting a change in a signal strength between the received first signal and the received second signal caused at least in part by the movement of the signal emitting platform (702a-702e); and identifying a location of the mobile device based on the change in the signal strength; wherein receiving the first signal from the signal emitting platform (702a-702e) comprises receiving, by the mobile device, the first signal emitted from a turned on signal emitting platform (702a-702e); and wherein the signal emitting platform (702a-702e) is included in a plurality of the signal emitting platforms (702a-702e) which are turned on in sequence.
A system for deploying at least a portion of a stent, the system including: a cannula having an outer surface; at least one coiled member having proximal and distal ends of different diameters and a plurality of turns disposed therebetween; and a stent disposed on the cannula, where the one of the proximal and distal ends with the smaller diameter is secured to the outer surface of the cannula, and the other of the proximal and distal ends is unsecured relative to the outer surface of the cannula and there is a gap disposed between said unsecured end and the outer surface of the cannula, where a portion of the stent is looped around the unsecured end of the coiled member and further is disposed within spacing between adjacent turns of the coiled member in a delivery state. a cannula having an outer surface; at least one coiled member having proximal and distal ends of different diameters and a plurality of turns disposed therebetween; and a stent disposed on the cannula, where the one of the proximal and distal ends with the smaller diameter is secured to the outer surface of the cannula, and the other of the proximal and distal ends is unsecured relative to the outer surface of the cannula and there is a gap disposed between said unsecured end and the outer surface of the cannula, where a portion of the stent is looped around the unsecured end of the coiled member and further is disposed within spacing between adjacent turns of the coiled member in a delivery state.
A rolling boot comprising a first fastening region for fastening the boot to a joint casing, a second fastening region for fastening the boot to a shaft, and a fold region between the first and the second fastening region (12, 14) with a first fold near to the first fastening region and a second fold near to the second fastening region, characterized in that it comprises further between the first fastening region and the first fold a first transition region arranged radially inwardly comprising a first flange neighbouring the first fastening region with a bottom, wherein a ratio between a first minimal diameter D 1, defined by the bottom of the first flange of the first transition region, and a second maximal diameter D 2, defined by the first fold, both if viewed in a longitudinal section direction along the main axis, is between approximately 1:1.01 to approximately 1:1.25, wherein said first flange of said first transition region is arranged at an essentially right angle with respect to an inner surface of the first fastening region.
Petanque boule lifter (1, 1A) comprising a gripping body (2, 20) to which is fixed a pulling member which comprises a handle at one end opposite to the gripping body (2, 20), the gripping body (2, 20) having a cylindrical shape, the ball lifter further comprising length measuring means, the length measuring means forming an integral part of the gripping body (2, 20) and comprising a measuring tape, the measuring tape having a graduated roller, movable in rotation about an axis which is parallel with a longitudinal axis of the gripping body (2, 20).
Thermal control system for predictive control and/or regulation of a heating/cooling device for air-conditioning a vehicle interior, wherein the heating/cooling device comprises a coolant circuit through which a coolant can flow and which can be connected with a vehicle component heat exchanger (41, 42, 43, 44, 45, 46, 47, 48) for a heat exchange between the coolant and a vehicle component (51, 52, 53, 54, 55, 56, 57, 58) and the thermal control system comprises a control device for controlling a coolant pump and/or at least one coolant valve (21, 22, 23, 24, 25, 26, 27, 28) of the coolant circuit, characterized in that the thermal control system comprises a detection device for detecting an activation of the vehicle component (51, 52, 53, 54, 55, 56, 57, 58), which comprises at least one sensor unit (61, 62, 63, 64, 65, 66, 67, 68) configured as a current measuring device for measuring an electric current, and the control device can be activated by the detection device. wherein the heating/cooling device comprises a coolant circuit through which a coolant can flow and which can be connected with a vehicle component heat exchanger (41, 42, 43, 44, 45, 46, 47, 48) for a heat exchange between the coolant and a vehicle component (51, 52, 53, 54, 55, 56, 57, 58) and the thermal control system comprises a control device for controlling a coolant pump and/or at least one coolant valve (21, 22, 23, 24, 25, 26, 27, 28) of the coolant circuit, characterized in that the thermal control system comprises a detection device for detecting an activation of the vehicle component (51, 52, 53, 54, 55, 56, 57, 58), which comprises at least one sensor unit (61, 62, 63, 64, 65, 66, 67, 68) configured as a current measuring device for measuring an electric current, and the control device can be activated by the detection device.
A film product comprising an active agent, and being obtainable by the steps of: (a) combining a polymer, an active and a polar solvent to form a material with a non-self-aggregating uniform heterogeneity; (b) forming said material into a film wherein said film includes a top side and a bottom side; and (c) drying said film from the bottom of the film to the top of the film by applying heat to the bottom side, to maintain said non-self-aggregating uniform heterogeneity. (a) combining a polymer, an active and a polar solvent to form a material with a non-self-aggregating uniform heterogeneity; (b) forming said material into a film wherein said film includes a top side and a bottom side; and (c) drying said film from the bottom of the film to the top of the film by applying heat to the bottom side, to maintain said non-self-aggregating uniform heterogeneity.
A method of preparing an article or filament comprising or consisting of a composite material comprising: (a) forming a composition comprising a solvent, an ultrahigh molecular weight polymer and a filler material wherein at least the ultrahigh molecular weight polymer is dissolved in said solvent to form a solution thereof; and wherein the filler material is selected from one or more of graphite, boron nitride, metallic particles, metallic oxide particles, graphite flakes; and wherein the solvent includes one or more of decalin, xylene, paraffin oil, naphthalene; (b) removing the solvent to form said composite material; wherein the filler material is present in the composite material in an amount of greater than 60 wt%, wherein the ultrahigh molecular weight polymer is present in an amount of at least 2 wt%, both based on the total weight of the dry components of the composite material; (c) further comprising forming an article or filament comprising or consisting of the composite material; wherein the article is formed in a fused deposition modeling process or a 3-D printing process; wherein the ultrahigh molecular weight polymer is selected from one or more of ultrahigh molecular weight polyethylene, ultrahigh molecular weight polypropylene, ultrahigh molecular weight polyacrylate, ultrahigh molecular weight isotactic polypropylene, ultrahigh molecular weight polymethylmethacrylate; wherein the ultrahigh molecular weight polymer is a polymer having a weight average molecular weight from 500,000 to 10,000,000. (a) forming a composition comprising a solvent, an ultrahigh molecular weight polymer and a filler material wherein at least the ultrahigh molecular weight polymer is dissolved in said solvent to form a solution thereof; and wherein the filler material is selected from one or more of graphite, boron nitride, metallic particles, metallic oxide particles, graphite flakes; and wherein the solvent includes one or more of decalin, xylene, paraffin oil, naphthalene; (b) removing the solvent to form said composite material; wherein the filler material is present in the composite material in an amount of greater than 60 wt%, wherein the ultrahigh molecular weight polymer is present in an amount of at least 2 wt%, both based on the total weight of the dry components of the composite material; (c) further comprising forming an article or filament comprising or consisting of the composite material; wherein the article is formed in a fused deposition modeling process or a 3-D printing process;
A medium processing device comprising: a customer interface section that comprises a deposit/withdrawal port for a banknote; an examination section that examines a banknote; a temporary holding section that holds a banknote; a switching blade that switches a conveying direction of the banknote that has been examined by the examination section; a switching timing sensor that detects a switching timing of the switching blade; a denominated cassette that stores a banknote; and a conveying path that connects each of the sections, the conveying path comprising a loop shaped conveying path (2, 8, 9, 7) that connects the customer interface section and the examination section and circulates banknotes therebetween, the loop shaped conveying path (2, 8, 9, 7) including a circular arc shaped conveying path formed in a circular arc shape at a portion of the loop shaped conveying path (2, 8, 9, 7) connecting from the examination section to the customer interface section and a linear path connecting the examination section and the circular arc shaped conveying path. a customer interface section that comprises a deposit/withdrawal port for a banknote; an examination section that examines a banknote; a temporary holding section that holds a banknote; a switching blade that switches a conveying direction of the banknote that has been examined by the examination section; a switching timing sensor that detects a switching timing of the switching blade; a denominated cassette that stores a banknote; and a conveying path that connects each of the sections, the conveying path comprising a loop shaped conveying path (2, 8, 9, 7) that connects the customer interface section and the examination section and circulates banknotes therebetween, the loop shaped conveying path (2, 8, 9, 7) including a circular arc shaped conveying path formed in a circular arc shape at a portion of the loop shaped conveying path (2, 8, 9, 7) connecting from the examination section to the customer interface section and a linear path connecting the examination section and the circular arc shaped conveying path.
Haptens, detecting agents and immunogens of the formula wherein R is and X is N, O or S, n=0 or 1, Y is a substituted or unsubstituted C 1 - C 10, more preferably a C 1 - C 6, most preferably a C 1 - C 3 substituted or unsubstituted straight chain alkylene moiety; for the hapten Z is selected from a carboxy, a dithiopyridyl, a maleimide, amino, hydroxyl, thiol or an aldehyde moiety; for the detecting agent and immunogen Z is - -B, in which B for the detecting agent is an enzyme, luminescent substance or a radioactive label and for the immunogen is an antigenicity-conferring carrier material and A, before connection to the detectable labelling agent or antigenicity conferring carrier material, is selected from a carboxy, a dithiopyridyl, a maleimide, amino, hydroxyl, thiol or an aldehyde moiety
An endothelin-A antagonist for use in the treatment of diabetic ketoacidosis by administering to mammal in need thereof a therapeutically effective amount of the endothelin-A antagonist, wherein the endothelin antagonist is selected from the group consisting of atrasentan, tezosentan, bosentan, darnsenten, sitaxsentan, enrasentan, BMS-207940, BMS-193884, BMS-182874, J-104132, TAK-044, BQ123, LU 135252, A-182086, TBC2576, TBC3214, PD156707, PD180988, ABT-546, ABT-627, Z1611, RPRf 18031A, SB247083, SB217242, S-Lu302872, SB209670, and mixtures thereof.
A process for the manufacture of crystalline vortioxetine HBr α-form characterized by XRPD reflections at 5.85, 9.30, 17.49 and 18.58 (°2θ) (±0.1°), the process comprising the steps of a) obtaining a solution of vortioxetine in toluene, wherein the toluene is more than 90% pure; b) mixing said solution obtained in step a) with HBr and C 1 -C 3 carboxylic acid to obtain mixture b) at a temperature above 10 °C; and c) collecting the precipitate obtained in step b). a) obtaining a solution of vortioxetine in toluene, wherein the toluene is more than 90% pure; b) mixing said solution obtained in step a) with HBr and C 1 -C 3 carboxylic acid to obtain mixture b) at a temperature above 10 °C; and c) collecting the precipitate obtained in step b).