mhurhangee/ep-ind-claims huggingface dataset:
Device for twisting pieces of dough, comprising: a conveyor configured to convey pieces of dough in a production direction, at least one holding belt arranged above the conveyor and configured to engage with a first portion of a piece of dough arranged on the conveyor, and a turning device configured to turn a turning portion of the piece of dough relative to the first portion and upwardly while the holding belt engages with the first portion of the piece of dough, characterized in that the turning device comprises at least one hook pivotally arranged above the conveyor, wherein the hook comprises an engagement portion configured to engage a piece of dough conveyed on the conveyor. a conveyor configured to convey pieces of dough in a production direction, at least one holding belt arranged above the conveyor and configured to engage with a first portion of a piece of dough arranged on the conveyor, and a turning device configured to turn a turning portion of the piece of dough relative to the first portion and upwardly while the holding belt engages with the first portion of the piece of dough, characterized in that the turning device comprises at least one hook pivotally arranged above the conveyor, wherein the hook comprises an engagement portion configured to engage a piece of dough conveyed on the conveyor.
A protective fan guard with at least one mounting strut and at least one fastening device for fastening the mounting strut of the protective fan guard, having a first and a second leg (11, 12) that extend in a longitudinal direction, have a defined clamping surface, and engage over a plurality of guard bars of the protective fan guard, wherein the legs (11, 12) have free longitudinal ends and the fastening device is arranged in the vicinity of the free longitudinal ends of the legs (11, 12), wherein the fastening device comprises a fastening sleeve which is designed in such a way that at least one clamping region receiving the legs (11, 12) is formed and supported, wherein the fastening sleeve has a receptacle on a side situated opposite the legs (11, 12) which is recessed in the manner of a pot, wherein a vertical axial web is embodied on the fastening sleeve, against which axial web the legs (11, 12) are brought laterally into abutment, and wherein the clamping region formed by the fastening sleeve is undersized relative to the legs (11, 12), so that a clamping connection is formed in the fastened state, the fastening sleeve having a collar which engages completely over the legs (11, 12) and also borders the clamping region.
A ramp assembly for a vehicle, comprising: a ramp for supporting one or more wheels (14, 14') of a vehicle and providing a bridge over stepped terrain on which the wheels of the vehicle can travel, wherein the ramp is arranged to be movable between a first configuration in which the ramp is stowed in the ramp assembly, a second configuration in which the ramp extends from the ramp assembly, and a third configuration in which the ramp is arranged to support the wheels of the vehicle as it travels over the stepped terrain; a drive mechanism for driving motion of the ramp comprising a conveyor belt and one or more drive gears (34a, 34b) for driving the conveyor belt; and a carriage coupling the conveyor belt to the ramp, the carriage having a secondary actuation system to enable rotation of the ramp about a pivot, and a primary actuation system to enable linear movement of the carriage along the ramp; the apparatus further comprising a control module for controlling the drive mechanism and the carriage such that a point of coupling of the carriage to the conveyor belt is driven around a curvilinear loop and the ramp is driven in a cycle from the first configuration to the second configuration to the third configuration to the first configuration. a ramp for supporting one or more wheels (14, 14') of a vehicle and providing a bridge over stepped terrain on which the wheels of the vehicle can travel, wherein the ramp is arranged to be movable between a first configuration in which the ramp is stowed in the ramp assembly, a second configuration in which the ramp extends from the ramp assembly, and a third configuration in which the ramp is arranged to support the wheels of the vehicle as it travels over the stepped terrain; a drive mechanism for driving motion of the ramp comprising a conveyor belt and one or more drive gears (34a, 34b) for driving the conveyor belt; and a carriage coupling the conveyor belt to the ramp, the carriage having a secondary actuation system to enable rotation of the ramp about a pivot, and a primary actuation system to enable linear movement of the carriage along the ramp; the apparatus further comprising a control module for controlling the drive mechanism and the carriage such that a point of coupling of the carriage to the conveyor belt is driven around a curvilinear loop and the ramp is driven in a cycle from the first configuration to the second configuration to the third configuration to the first configuration.
Method for sealing an electrolysis cell comprising an anode half-cell and a cathode half-cell formed by at least two cell elements (4, 5) and a sheet-like separator separating the half-cells (2, 3) from one another, the method comprising the following steps: • providing the two cell elements (4, 5) and the sheet-like separator, • interposing the separator between the two cell elements (4, 5) and interposing a layer of sealing material (7, 8) between each side of the separator and the two cell elements (4, 5) in a respective rim region (9, 10) of the cell elements (4, 5), • sealing the electrolysis cell, wherein a force is applied to the cell elements (4, 5) to compress the rim regions (9, 10), wherein the sealing material (7, 8) is an electrically isolating material, wherein during the step of sealing the state of the sealing material (7, 8) is changed from a liquid state to a solid state to create an adhesive bond between the cell elements (4, 5) and the interposed separator by means of the sealing material (7, 8), wherein the force is relieved when the sealing material (7, 8) has solidified, characterized in that the cell elements (4, 5) are made of a metal sheet having a thickness of less than or equal to 0.8 mm, in particular less than or equal to 0.2 mm. • providing the two cell elements (4, 5) and the sheet-like separator, • interposing the separator between the two cell elements (4, 5) and interposing a layer of sealing material (7, 8) between each side of the separator and the two cell elements (4, 5) in a respective rim region (9, 10) of the cell elements (4, 5), • sealing the electrolysis cell, wherein a force is applied to the cell elements (4, 5) to compress the rim regions (9, 10),
A wind turbine, comprising: a hub; a blade rotatably mounted to the hub; and a pitch system including: a support; a first drive configured to rotate the blade relative to the support; and a second drive configured to rotate the support relative to the hub; wherein the support is configured to be selectively fixed relative to the blade and the hub, wherein one of the first and second drives is externally-powered, and characterized in that the other of the first and second drives is internally-powered, the externally-powered drive being configured to charge the internally-powered drive, wherein one of the first and second drives comprises an electric motor, and the other of the first and second drives comprises a hydraulic actuator. a hub; a blade rotatably mounted to the hub; and a pitch system including: a support; a first drive configured to rotate the blade relative to the support; and a second drive configured to rotate the support relative to the hub; wherein the support is configured to be selectively fixed relative to the blade and the hub, wherein one of the first and second drives is externally-powered, and a support; a first drive configured to rotate the blade relative to the support; and a second drive configured to rotate the support relative to the hub; characterized in that the other of the first and second drives is internally-powered, the externally-powered drive being configured to charge the internally-powered drive, wherein one of the first and second drives comprises an electric motor, and the other of the first and second drives comprises a hydraulic actuator.
An exhaust gas inlet structure of an exhaust gas recirculation cooler comprising a water shell, a gas inlet pipe, a bellow, an insulated pipe, an inlet chamber, a pre-cooling water chamber and a main board, the water shell is equipped with a water inlet pipe, wherein the gas inlet pipe, the bellow, the pre-cooling water chamber and the water shell are connected in sequence; the insulated pipe is placed within the bellow and connected with the gas inlet pipe at one end while the other end is suspended; the inlet chamber is a two-grade reducing pipe including a large-bore end, a middle pipe body and a small-bore end, the large-bore end is connected with the main board to form a joining part thereby forming a gas inlet cavity while leaving a space to form a coolant channel between the joining part and the water shell; an external surface of the middle pipe body connects to the bellow and/or an end of pre-cooling water chamber to form a pre-cooling cavity connected to a coolant channel; the small-bore end contacts an external surface of a middle part of the insulated pipe.
A teat cup liner comprising a hose part which delimits a teat receiving space and an interior adjacent thereto, and comprising a teat cup liner head which forms a head space and in which a ventilation nozzle is provided through which the head space is connected to the atmosphere, and comprising a ventilation duct for venting the interior, characterized in that the ventilation duct is shorter than the length of a teat of the animal to be milked, the hose part being designed so that an air flow path connecting the ventilation duct to the interior opens in a massage phase, wherein the air flow path is formed by a, preferably approximately oval-shaped, deformation of the hose part during the massage phase.
A filtering capacitor feedthrough assembly for an implantable active medical device comprising; a capacitor having an aperture, the capacitor electrically grounded to an electrically conductive feedthrough ferrule or housing of the implantable active medical device; and a terminal pin extending into the aperture; and characterized by an electrically conductive continuous coil disposed within the aperture and between the terminal pin and the capacitor, the electrically conductive continuous coil mechanically securing and electrically coupling the terminal pin to the capacitor, the continuous coil being fixed to the terminal pin and the capacitor with a conductive adhesive, solder, or braze and wherein the continuous coil is a canted continuous coil.
An electrochemical hydrogen pump comprising: at least one hydrogen pump unit including an electrolyte membrane, an anode in contact with one main surface of the electrolyte membrane, a cathode in contact with another main surface of the electrolyte membrane, an anode separator stacked on the anode, and a cathode separator stacked on the cathode, the at least one hydrogen pump unit transferring, to the cathode, hydrogen contained in a hydrogen-containing gas supplied to the anode and pressurizing the hydrogen; a first fixing member for preventing movement of the cathode separator in a direction in which the cathode separator is stacked; a first end plate disposed on the anode separator positioned at one end in the stacking direction; a second end plate disposed on the cathode separator positioned at another end in the stacking direction; and characterized by a first gas flow channel (50, 51) through which hydrogen in the cathode is supplied to a first space formed between the second end plate and the cathode separator, wherein the first gas flow channel includes a cathode gas discharge manifold and a cathode gas supplying channel connecting the cathode gas discharge manifold and the first space to each other. at least one hydrogen pump unit including an electrolyte membrane, an anode in contact with one main surface of the electrolyte membrane, a cathode in contact with another main surface of the electrolyte membrane, an anode separator stacked on the anode, and a cathode separator stacked on the cathode, the at least one hydrogen pump unit transferring, to the cathode, hydrogen contained in a hydrogen-containing gas supplied to the anode and pressurizing the hydrogen; a first fixing member for preventing movement of the cathode separator in a direction in which the cathode separator is stacked; a first end plate disposed on the anode separator positioned at one end in the stacking direction; a second end plate disposed on the cathode separator positioned at another end in the stacking direction; and characterized by a first gas flow channel (50, 51) through which hydrogen in the cathode is supplied to a first space formed between the second end plate and the cathode separator, wherein the first gas flow channel includes a cathode gas discharge manifold and a cathode gas supplying channel connecting the cathode gas discharge manifold and the first space to each other.
A low-pressure mist fire extinguishing device for generating a mist stream as a result of a two-phase flow generated by the device from a gas and a liquid, the device comprising: - a pressure tank filled with the liquid and the gas and closed with a valve assembly; - a mixer connected by its outlet section to an inlet side of the valve assembly, for generating the two-phase flow of the liquid and the gas; - at least one outlet nozzle connected at an outlet side of the valve assembly, the outlet nozzle comprising at least one set of outlet ducts (23, 24) arranged in a colliding manner with respect to each other; - wherein the mixer has an inlet section comprising: - liquid ducts terminated with liquid openings (10, 19), wherein the liquid ducts are connected with the pressure tank through a hydrophore tube; and - gas ducts terminated with gas openings, wherein the gas ducts are connected to the pressure tank; characterized in that: - in the recommended vertical position of the fire extinguisher, the mixer is located in a space of the tank which is filled with the gas, above a surface of the liquid; - the mixer has a chamber between the inlet section and the outlet section, wherein separate streams of gas from the gas openings intersect with separate streams of liquids from liquid openings (10, 19) when the device is in use; and - the outlet ducts (23, 24) of at least one outlet nozzle have outlet openings (25, 26) of a total cross-sectional area that is larger than a total cross-sectional area of the liquid openings (10, 19) of the mixer. - a pressure tank filled with the liquid and the gas and closed with a valve assembly; - a mixer connected by its outlet section to an inlet side of the valve assembly, for generating the two-phase flow of the liquid and the gas; - at least one outlet nozzle connected at an outlet side of the valve assembly, the outlet nozzle comprising at least one set of outlet ducts (23, 24) arranged in a colliding manner with respect to each other; - wherein the mixer has an inlet section comprising: - liquid ducts terminated with liquid openings (10, 19), wherein the liquid ducts are connected with the pressure tank through a hydrophore tube; and - gas ducts terminated with gas openings, wherein the gas ducts are connected to the pressure tank; - liquid ducts terminated with liquid openings (10, 19), wherein the liquid ducts are connected with the pressure tank through a hydrophore tube; and - gas ducts terminated with gas openings, wherein the gas ducts are connected to the pressure tank; - in the recommended vertical position of the fire extinguisher, the mixer is located in a space of the tank which is filled with the gas, above a surface of the liquid; - the mixer has a chamber between the inlet section and the outlet section, wherein separate streams of gas from the gas openings intersect with separate streams of liquids from liquid openings (10, 19) when the device is in use; and - the outlet ducts (23, 24) of at least one outlet nozzle have outlet openings (25, 26) of a total cross-sectional area that is larger than a total cross-sectional area of the liquid openings (10, 19) of the mixer.
A method of maneuvring an autonomous vehicle comprising: generating, for each given sensor of a plurality of sensors for detecting objects in a vehicle's environment, a 3D model of the given sensor's field of view; receiving weather information, the weather information including one or more of reports, radar information, forecasts and real-time measurements concerning actual or expected weather conditions in the vehicle's environment; adjusting one or more characteristics of the plurality of 3D models based on the received weather information to account for an impact of the actual or expected weather conditions on a range of the field of view for one or more of the plurality of sensors; after the adjusting, aggregating, by one or more processors, the plurality of 3D models to generate a comprehensive 3D model; combining the comprehensive 3D model with detailed map information using probability data of the detailed map information indicating a probability of detecting objects at various locations in the detailed map information from various possible locations of the vehicle to produce a combined model annotated with information identifying a first portion of the environment as occupied by an object, a second portion of the environment as unoccupied by an object, and a third portion of the environment as unobserved by any of the plurality of sensors; and using the combined model to maneuver the vehicle. generating, for each given sensor of a plurality of sensors for detecting objects in a vehicle's environment, a 3D model of the given sensor's field of view; receiving weather information, the weather information including one or more of reports, radar information, forecasts and real-time measurements concerning actual or expected weather conditions in the vehicle's environment; adjusting one or more characteristics of the plurality of 3D models based on the received weather information to account for an impact of the actual or expected weather conditions on a range of the field of view for one or more of the plurality of sensors; after the adjusting, aggregating, by one or more processors, the plurality of 3D models to generate a comprehensive 3D model; combining the comprehensive 3D model with detailed map information using probability data of the detailed map information indicating a probability of detecting objects at various locations in the detailed map information from various possible locations of the vehicle to produce a combined model annotated with information identifying a first portion of the environment as occupied by an object, a second portion of the environment as unoccupied by an object, and a third portion of the environment as unobserved by any of the plurality of sensors; and using the combined model to maneuver the vehicle.
Crosslinkable polymer mixture for use as a sheath compound for electrical and/or optical cables and wiring containing a polychloroprene containing the following components: - 100 phr of polychloroprene as a polymer comprising a proportion of 0 to 40 phr of natural rubber and/or styrene butadiene rubber - 20 to 100 phr of mineral filler, - optional dye, - at least one plasticizer, - antioxidants, - 3 to 16 phr processing aids, - optional 0.5 to 4.0 phr of adhesion promoter, - a crosslinking system comprising 0.3 to 2.0 phr of methyl 2-mercaptobenzimidazole, 0.5 to 4.0 phr of silane, 0.5 to 4.0 phr of 3-methyl-2-thiazolidinethione, and 0.3 to 2.0 phr of 2-mercaptobenzothiazole disulfide, - 3 to 6 phr of stabilizer, - 3 to 6 phr of ZnO as catalyst, - wherein no N,N'-ethylene thiourea is contained therein. - 100 phr of polychloroprene as a polymer comprising a proportion of 0 to 40 phr of natural rubber and/or styrene butadiene rubber - 20 to 100 phr of mineral filler, - optional dye, - at least one plasticizer, - antioxidants, - 3 to 16 phr processing aids, - optional 0.5 to 4.0 phr of adhesion promoter, - a crosslinking system comprising 0.3 to 2.0 phr of methyl 2-mercaptobenzimidazole, 0.5 to 4.0 phr of silane, 0.5 to 4.0 phr of 3-methyl-2-thiazolidinethione, and 0.3 to 2.0 phr of 2-mercaptobenzothiazole disulfide, - 3 to 6 phr of stabilizer, - 3 to 6 phr of ZnO as catalyst, - wherein no N,N'-ethylene thiourea is contained therein.
Mounting kit for the retention of profiles at a given distance from a substrate, in particular from a wall to be lined, the mounting kit comprising: - a mobile strutting device that has a first axial end provided with a fastening member and a second axial end provided with a retention element, the mobile strutting device comprising a strutting element that extends between the fastening member and the retention element; and - a supporting profile adapted for supporting the mobile strutting device, the supporting profile being elongated along a longitudinal axis and intended to be mounted in parallel to a plane of the substrate; characterised in that the supporting profile comprises: - a section that is U-shaped, and preferably H-shaped, a flat intermediate portion of which forms the bottom of at least one groove (14a, 14b) that is adapted for maintaining at least one insulating panel such as a VIP panel substantially in parallel to a plane of the substrate in the mounted state of the supporting profile; and - means (13b, 15) for fastening and guiding the mobile strutting device outside of said groove (14a, 14b), intended to provide, after mounting of the mobile strutting device, a movement of translation of the mobile strutting device in parallel to said longitudinal axis. - a mobile strutting device that has a first axial end provided with a fastening member and a second axial end provided with a retention element, the mobile strutting device comprising a strutting element that extends between the fastening member and the retention element; and - a supporting profile adapted for supporting the mobile strutting device, the supporting profile being elongated along a longitudinal axis and intended to be mounted in parallel to a plane of the substrate; - a section that is U-shaped, and preferably H-shaped, a flat intermediate portion of which forms the bottom of at least one groove (14a, 14b) that is adapted for maintaining at least one insulating panel such as a VIP panel substantially in parallel to a plane of the substrate in the mounted state of the supporting profile; and - means (13b, 15) for fastening and guiding the mobile strutting device outside of said groove (14a, 14b), intended to provide, after mounting of the mobile strutting device, a movement of translation of the mobile strutting device in parallel to said longitudinal axis.