mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing apparatus for producing a curved contour on at least one end face (3a, 3b) of a roll, wherein the roll has a lateral surface, which is arranged radially to an axis of rotation of the roll, having grinding device for grinding the curved contour on the at least one end face (3a, 3b) of the roll, and having a holding device for holding the roll between the holding device and the grinding device, wherein the holding device may be moved in a linear fashion relative to the grinding device, characterised in that the grinding device has a grinding channel and a channel wall, wherein the grinding channel comprises an upper grinding profile for grinding the curved contour on a first end face of the roll and a lower grinding profile for grinding the curved contour on a second end face of the roll, wherein the channel wall, the upper grinding profile and the lower grinding profile are formed in one piece, and wherein the grinding device is designed in such a way that the axis of rotation of the roll can be arranged to extend parallel to the channel wall. having grinding device for grinding the curved contour on the at least one end face (3a, 3b) of the roll, and having a holding device for holding the roll between the holding device and the grinding device, wherein the holding device may be moved in a linear fashion relative to the grinding device, characterised in that the grinding device has a grinding channel and a channel wall, wherein the grinding channel comprises an upper grinding profile for grinding the curved contour on a first end face of the roll and a lower grinding profile for grinding the curved contour on a second end face of the roll, wherein the channel wall, the upper grinding profile and the lower grinding profile are formed in one piece, and wherein the grinding device is designed in such a way that the axis of rotation of the roll can be arranged to extend parallel to the channel wall.
Method for producing fuel from biomass that is pressed into shape, in which, as biomass, compostable biomass from fully fermented fermentation products resulting from wet and/or dry fermentation and/or silage products and other moist and/or dry biological wastes are pressed into shape, wherein biomass having a high moisture content is subjected to a pressing process to reduce the moisture content before a drying step before the shape-pressing process.
A membrane module comprising a housing and a mixed-conduction, oxygen-permeable membrane, characterized in that - the housing is provided with an inlet for combustion gas or synthesis gas and an outlet for exhaust gas and, in the lower region, with a connecting plate and an insulation arranged above it, - the mixed-conduction, oxygen-permeable membrane consists of a plurality of membrane tubes closed on one side and open on the other side, the open end of the membrane tubes being guided through the insulation to a common gas discharge outlet arranged in the connecting plate for the discharge of at least the oxygen obtained, - at least one protective tube is present, which is placed over one or a part or all of the membrane tubes and is in contact on one side at least with the insulation, so that an intermediate space is formed between the membrane tubes and the protective tube and a combustion space is formed between the protective tube and the housing, wherein fresh air can be fed into the intermediate space and combustion gas or synthesis gas can be fed into the combustion space, and - the protective tube has an outlet opening towards the combustion space, which is opened in such a way that the fresh air velocity at the outlet opening is greater than 0.2 m/s. - the housing is provided with an inlet for combustion gas or synthesis gas and an outlet for exhaust gas and, in the lower region, with a connecting plate and an insulation arranged above it, - the mixed-conduction, oxygen-permeable membrane consists of a plurality of membrane tubes closed on one side and open on the other side, the open end of the membrane tubes being guided through the insulation to a common gas discharge outlet arranged in the connecting plate for the discharge of at least the oxygen obtained, - at least one protective tube is present, which is placed over one or a part or all of the membrane tubes and is in contact on one side at least with the insulation, so that an intermediate space is formed between the membrane tubes and the protective tube and a combustion space is formed between the protective tube and the housing, wherein fresh air can be fed into the intermediate space and combustion gas or synthesis gas can be fed into the combustion space, and - the protective tube has an outlet opening towards the combustion space, which is opened in such a way that the fresh air velocity at the outlet opening is greater than 0.2 m/s.
An apparatus comprising: a transmitter, configured to transmit, to a user equipment, downlink control information indicating a resource assignment and indicating a modulation order and a transport block size, wherein the transport block size is signaled by a transport block size index and a number of scheduled physical resource blocks of the resource assignment; control circuitry (1511, 1513, 1515), configured to determine, by performing sensing, whether a partial subframe or a complete subframe is available; uses a modified modulation order for a transport block including channel coded data to be transmitted in a partial subframe if the partial subframe rather than the complete subframe is available, wherein the modified modulation order is higher than the indicated modulation order which is used for a transport block to be transmitted in a complete subframe with a predefined length; and the transmitter, configured to transmit the transport block in the partial subframe to the user equipment, wherein the indicated modulation order and the modified modulation order are one of 2 which corresponds to QPSK, 4 which corresponds to 16QAM, 6 which corresponds to 64QAM, and 8 which corresponds to 256QAM. a transmitter, configured to transmit, to a user equipment, downlink control information indicating a resource assignment and indicating a modulation order and a transport block size, wherein the transport block size is signaled by a transport block size index and a number of scheduled physical resource blocks of the resource assignment; control circuitry (1511, 1513, 1515), configured to determine, by performing sensing, whether a partial subframe or a complete subframe is available; uses a modified modulation order for a transport block including channel coded data to be transmitted in a partial subframe if the partial subframe rather than the complete subframe is available, wherein the modified modulation order is higher than the indicated modulation order which is used for a transport block to be transmitted in a complete subframe with a predefined length; and the transmitter, configured to transmit the transport block in the partial subframe to the user equipment, wherein the indicated modulation order and the modified modulation order are one of 2 which corresponds to QPSK, 4 which corresponds to 16QAM, 6 which corresponds to 64QAM, and 8 which corresponds to 256QAM.
A door of a multifunctional oven with microwave heating function and/or a microwave oven, said door comprise an outer panel with a transparent or a translucent plate, at least two walls directly fixed to the inner side of the outer transparent or translucent plate, a microwave choke, and a cover of the microwave choke, the outer panel, the microwave choke and the cover of the microwave choke being joined together into an integrated structure characterised in that, at least one carrier configured to accommodate the microwave choke is fixed in the area of a first longitudinal edge of the transparent or translucent plate and at the side facing the interior of the door, wherein an opposite second longitudinal edge of the transparent or translucent plate is provided with an air guide, and wherein outer panel further comprises two transversal walls facing the interior of the door, each said wall extending in the area of each transversal edge of the transparent or translucent plate.
An internal combustion engine, comprising a cylinder crank housing, a plurality of cylinders, a cylinder head, at least one oil return collecting channel which is arranged substantially in the region of a separating plane of the cylinder crank housing and the cylinder head and which extends from the first to the last cylinder, and one vertically arranged oil downcomer each in the region of the first and of the last cylinder, respectively, non-pressurized oil in the downcomers draining in the direction of the oil pan following the force of gravity, characterized in that the at least one oil return collecting channel is designed such that the non-pressurized oil is brought together from the individual cylinder regions of the cylinder head, collected and guided to the oil downcomers in the region of the first and the last cylinder. a cylinder crank housing, a plurality of cylinders, a cylinder head, at least one oil return collecting channel which is arranged substantially in the region of a separating plane of the cylinder crank housing and the cylinder head and which extends from the first to the last cylinder, and one vertically arranged oil downcomer each in the region of the first and of the last cylinder, respectively, non-pressurized oil in the downcomers draining in the direction of the oil pan following the force of gravity, characterized in that the at least one oil return collecting channel is designed such that the non-pressurized oil is brought together from the individual cylinder regions of the cylinder head, collected and guided to the oil downcomers in the region of the first and the last cylinder.
A refrigeration apparatus in which a compressor, a radiator (23, 42), and an evaporator (42, 23) are connected in the stated order to form a refrigerating circuit through which a refrigerant circulates, the refrigeration apparatus comprising: an expansion mechanism furnished to an inflow side of the evaporator, and adapted for controlling expansion of refrigerant inflowing to the evaporator, doing so on the basis of a superheat target value at an outflow side of the evaporator; a first detector being a compressor intake pressure sensor and a further detector (44, 35) being either (i) a second detector for detecting the temperature of the refrigerant at the inflow side of the evaporator or (ii) a third detector for detecting the temperature of the refrigerant at an inflow side of the expansion mechanism; and a control part (47, 30, 8) configured and arranged to make at least one settings change from among a settings change to raise the high-pressure target value, a settings change to lower the low-pressure target value and a settings change to raise the superheat target value when it is decided on the basis of the detection results from the first detector and the further detector that the refrigerant at the inflow side of the evaporator is in a subcooled state. an expansion mechanism furnished to an inflow side of the evaporator, and adapted for controlling expansion of refrigerant inflowing to the evaporator, doing so on the basis of a superheat target value at an outflow side of the evaporator; a first detector being a compressor intake pressure sensor and a further detector (44, 35) being either (i) a second detector for detecting the temperature of the refrigerant at the inflow side of the evaporator or (ii) a third detector for detecting the temperature of the refrigerant at an inflow side of the expansion mechanism; and a control part (47, 30, 8) configured and arranged to make at least one settings change from among a settings change to raise the high-pressure target value, a settings change to lower the low-pressure target value and a settings change to raise the superheat target value when it is decided on the basis of the detection results from the first detector and the further detector that the refrigerant at the inflow side of the evaporator is in a subcooled state.
Method for producing a galvanic lithium-ion cell, wherein a separator is provided in order to spatially separate a first electrode material of the lithium-ion cell from a second electrode material, the first electrode material is applied to a first side of the separator by coating, a multiplicity of folding points is formed, and in a separator arrangement that comprises the separator and the at least one electrode material (14, 16) applied by coating, folding is performed in mutually opposing directions at consecutive folding points, wherein the electrode material (14, 16) is removed at least in a region on the inside of the curve of the folding point. a multiplicity of folding points is formed, and in a separator arrangement that comprises the separator and the at least one electrode material (14, 16) applied by coating, folding is performed in mutually opposing directions at consecutive folding points, wherein the electrode material (14, 16) is removed at least in a region on the inside of the curve of the folding point.
Medium voltage switchgear with interlocking device corresponding with an actuator drive, which operates a switching element via a mechanical coupling element, wherein the switching drive is movable in two end positions, wherein the interlocking device is movable between a locked and an unlocked position, wherein the direction of motion of the drive is the same as the direction of motion of the interlocking device, wherein the mechanical coupling element comprises a force flux element which is rotatable during operation of the drive from OFF to ON in that way, that the region where the interlocking shifts from unlocked to locked can freely be chosen by the shape of said force flux element, characterized in that the mechanical coupling element comprises a force flux element as an additional interlocking element which can rotate around an axis, and that the lower part of the aforesaid interlocking element follows a constant radius around the axis 10, where the interlocking function is active in such, that the additional interlocking element transforms the available linear motion of the the actuator into a rotation motion, that is used for an interlocking function with freely selectable shift point by the shape of the additional interlocking element.
A method of removing water from compressed air comprising, passing a stream of compressed air through a pressure swing adsorption dryer, the dryer including:- at least one vessel containing at least one desiccant material formed into desiccant members using a polymer binder; and at least one control system for controlling the flow of said compressed air and switching the flow of said compressed air between a drying mode and a purging mode, characterised in that said vessel and said desiccant material contained therein are sized to produce a dew point suppression of less than 50°C and that said desiccant members comprise a plurality of tubes extending along said vessel. at least one vessel containing at least one desiccant material formed into desiccant members using a polymer binder; and at least one control system for controlling the flow of said compressed air and switching the flow of said compressed air between a drying mode and a purging mode,
A vehicular sensing system comprising: a sensor (12, 15) receiving light through a window area; a heater, positioned over the sensor (12, 15) within the heater window area, comprising a resistive film communicating with metallic conductors (34, 38) adapted to apply current to the resistive film, wherein the resistive film is a positive temperature coefficient material, which is opaque or light diffusing; and an optically transparent substrate supporting the heater elements; wherein the resistive film and metallic conductors (34, 38) are configured to be substantially transparent to the light within the heater window area, characterized in that the metallic conductors (34, 38) comprise a first electrode bus strip extending vertically along an edge of the heater displaced out of the path of light, a second electrode bus strip positioned parallel to and opposite the first electrode bus strip and displaced out of the path of light, and interdigitated finger electrodes (38a, 38b) each electrically communicating with an alternate respective one of the first and second electrode bus strips (36a, 36b) and extending inwardly, horizontally and perpendicularly with respect to the first and second bus strips (36a, 36b), and in that the positive temperature coefficient material is laid in strips passing perpendicularly between the finger electrodes (38a, 38b) to provide openings therebetween revealing the transparent substrate. a sensor (12, 15) receiving light through a window area; a heater, positioned over the sensor (12, 15) within the heater window area, comprising a resistive film communicating with metallic conductors (34, 38) adapted to apply current to the resistive film, wherein the resistive film is a positive temperature coefficient material, which is opaque or light diffusing; and an optically transparent substrate supporting the heater elements; wherein the resistive film and metallic conductors (34, 38) are configured to be substantially transparent to the light within the heater window area, characterized in that the metallic conductors (34, 38) comprise a first electrode bus strip extending vertically along an edge of the heater displaced out of the path of light, a second electrode bus strip positioned parallel to and opposite the first electrode bus strip and displaced out of the path of light, and interdigitated finger electrodes (38a, 38b) each electrically communicating with an alternate respective one of the first and second electrode bus strips (36a, 36b) and extending inwardly, horizontally and perpendicularly with respect to the first and second bus strips (36a, 36b), and in that the positive temperature coefficient material is laid in strips passing perpendicularly between the finger electrodes (38a, 38b) to provide openings therebetween revealing the transparent substrate.
A network-attachable data transfer device that transports a persistent storage medium, the network-attachable data transfer device characterized by: an enclosure configured to ship the network-attachable data transfer device as a self-contained shipping unit; an updateable electronic display coupled to the enclosure and visible external to the enclosure to provide shipping destination information, wherein the updateable electronic display is updateable to change the shipping destination information; the persistent storage medium inside the enclosure, the persistent storage medium configured to: function as a network-attached storage device when attached to a network; and store data during shipment; a network connection accessible through the enclosure and configured to provide access to the persistent storage medium as the network attached storage device; and an internal power source configured to provide power at least for the updateable electronic display. an enclosure configured to ship the network-attachable data transfer device as a self-contained shipping unit; an updateable electronic display coupled to the enclosure and visible external to the enclosure to provide shipping destination information, wherein the updateable electronic display is updateable to change the shipping destination information; the persistent storage medium inside the enclosure, the persistent storage medium configured to: function as a network-attached storage device when attached to a network; and store data during shipment; a network connection accessible through the enclosure and configured to provide access to the persistent storage medium as the network attached storage device; and an internal power source configured to provide power at least for the updateable electronic display.
A multijunction photovoltaic cell comprising: a germanium growth substrate; an upper group-IV subcell; a lower group-IV subcell, wherein the base of the lower group-IV subcell is formed in the germanium substrate; and a tunnel junction formed between the upper group-IV subcell and the lower group-IV subcell formed from the germanium growth substrate, the tunnel junction comprising: a tunnel junction first layer comprising a group-IV material having a p-type or n-type doping; and a tunnel junction second layer comprising a group-IV material different from the first layer group-IV material, and having a doping type opposite from the doping type of the first layer, wherein at least one of the tunnel junction first layer and the tunnel junction second layer have a different semiconductor composition than the upper group-IV subcell and the lower group-IV subcell; and wherein a tunnel junction is formed at a heterojunction between the first and second tunnel junction layers. a germanium growth substrate; an upper group-IV subcell; a lower group-IV subcell, wherein the base of the lower group-IV subcell is formed in the germanium substrate; and a tunnel junction formed between the upper group-IV subcell and the lower group-IV subcell formed from the germanium growth substrate, the tunnel junction comprising: a tunnel junction first layer comprising a group-IV material having a p-type or n-type doping; and a tunnel junction second layer comprising a group-IV material different from the first layer group-IV material, and having a doping type opposite from the doping type of the first layer, wherein at least one of the tunnel junction first layer and the tunnel junction second layer have a different semiconductor composition than the upper group-IV subcell and the lower group-IV subcell; and wherein a tunnel junction is formed at a heterojunction between the first and second tunnel junction layers. a tunnel junction first layer comprising a group-IV material having a p-type or n-type doping; and a tunnel junction second layer comprising a group-IV material different from the first layer group-IV material, and having a doping type opposite from the doping type of the first layer, wherein at least one of the tunnel junction first layer and the tunnel junction second layer have a different semiconductor composition than the upper group-IV subcell and the lower group-IV subcell; and wherein a tunnel junction is formed at a heterojunction between the first and second tunnel junction layers.
A sectional gate with a gate leaf, a door leaf integrated into the gate leaf, a guide rail arrangement designed to guide the movement of the gate leaf between an open position and a closed position, and a locking arrangement for the door leaf that can be swivelled relative to a swivel axis preferably running approximately in the direction of gravity in a closed position of the gate leaf and having a plurality of door leaf elements that can tilt against one another relative to tilt axes running approximately perpendicular to the swivel axis, wherein there is disposed on at least two door leaf elements a locking device each with at least one locking element that can be adjusted between a locked position and a released position, a common actuation device that can be actuated to adjust the locking elements is assigned to at least two locking devices, and the actuation device is coupled to the locking devices by means of a connection device that can be tilted relative to the tilt axes, the connection device having at least one connection element extending continuously over the entire length between the actuation device and at least one locking device and bendable, in particular elastic bendable overall relative to bending lines running perpendicular to its longitudinal axis and parallel to the tilt axes, at least one door leaf element having a shell forming an outer boundary surface of the door leaf in the closed position of the gate leaf, a shell forming an inner boundary surface of the door leaf and a core of insulating material disposed between the shells (12, 14), and the connection element being embedded at least in sections in the core, and the core with the connection element embedded into it being covered at least partially by a cover element overlapping at least one shell edge.