mhurhangee/ep-ind-claims huggingface dataset:
Tube rail cart designed to ride over tubes of a horticultural greenhouse, with these tubes serving as rails, whereby the tube rail cart is provided with a platform on which a person can stand, drive means for advancing the tube rail cart over the tubes and control means with which a person can control the drive means and whereby the platform is provided with a safety guard, whereby the platform has a central platform section that can be moved up and down, characterised in that to the side of this central platform section of the platform at least one lateral platform section (12, 13) is provided having adjusting means for moving the lateral platform section (12, 13) up and down, with these adjusting means allowing the level (F, F') of the lateral platform section (12, 13) to be lowered to below the level of the central platform section.
A disposable device for culturing and harvesting plant tissue and/or cells comprising a non-rigid container having a volume of at least 400 liters and being configured with gas exchange ports and a harvesting port enabling said device to be used continuously for at least two consecutive culturing/harvesting cycles, wherein the gas exchange ports include a gas exhaust port in the upper one half of the container at a location substantially above the level of fluid and a plurality of gas inlet ports positioned on a surface of the container within the bottom one half of a height of the container configured to mix and aerate medium in the container, wherein the container is formed with an inverted conical lower portion and wherein said gas inlet ports are positioned on the conical lower portion, wherein the device has non-mechanical mixing of the medium in the container and no sparger to distribute gas when medium is present therein and wherein the device is designed and constructed for maintaining oxygen saturation and shear forces suitable for culturing said plant tissue and/or cells.
Connection device for connecting a first cleaning cart to a second cleaning cart along a connecting direction, each configured for receiving cleaning utensils and comprising rollers for moving on a ground surface, wherein the connection device comprises a first connecting part fixed or fixable to the first cleaning cart and a second connecting part fixed or fixable to the second cleaning cart, wherein the respective connecting part (48, 50) comprises a base region and a projection region (54, 56) projecting therefrom in a direction towards the respective other connecting part (48, 50), wherein a first locking element is arranged at the first projection region of the first connecting part and a second locking element is arranged at the second projection region of the second connecting part, wherein the locking elements (94, 130) are configured to be in engagement with one another when in a locking position and to be out of engagement when in an unlocking position, and wherein the projection regions (54, 56) are arranged transversely and in particular perpendicularly to the connecting direction, in lateral side-by-side relation to one another, characterized in that a through-opening is formed at the first projection region and/or at the second projection region for passing a cleaning tool therethrough. wherein the respective connecting part (48, 50) comprises a base region and a projection region (54, 56) projecting therefrom in a direction towards the respective other connecting part (48, 50), wherein a first locking element is arranged at the first projection region of the first connecting part and a second locking element is arranged at the second projection region of the second connecting part, wherein the locking elements (94, 130) are configured to be in engagement with one another when in a locking position and to be out of engagement when in an unlocking position, and wherein the projection regions (54, 56) are arranged transversely and in particular perpendicularly to the connecting direction, in lateral side-by-side relation to one another, characterized in that a through-opening is formed at the first projection region and/or at the second projection region for passing a cleaning tool therethrough.
A method performed by a first node (110; 121) in a wireless communications network for allocating a subset of transmission resources that are shared between an access link (132; 134) and a back-haul link (131; 133), the method comprising: determining whether or not transmissions are scheduled for the subset of transmission resources on the back-haul link (131; 133), wherein the determining is continuously performed at determined time periods according to a Discontinuous Reception, DRX, timer coupled to the subset of transmission resources in the first node (110; 121); allocating the subset of transmission resources to the back-haul link (131; 133) when transmissions are scheduled for the subset of transmission resources on the back-haul link (131; 133); and allocating the subset of transmission resources to the access link (132; 134) when transmissions are not scheduled for the subset of transmission resources on the back-haul link (131; 133). determining whether or not transmissions are scheduled for the subset of transmission resources on the back-haul link (131; 133), wherein the determining is continuously performed at determined time periods according to a Discontinuous Reception, DRX, timer coupled to the subset of transmission resources in the first node (110; 121); allocating the subset of transmission resources to the back-haul link (131; 133) when transmissions are scheduled for the subset of transmission resources on the back-haul link (131; 133); and allocating the subset of transmission resources to the access link (132; 134) when transmissions are not scheduled for the subset of transmission resources on the back-haul link (131; 133).
A motor control method used in a system, the system operating an object to be controlled by a motor and being configured such that an acceleration region and a deceleration region for the operation of the object to be controlled are set between operation start and end positions of the object to be controlled, wherein when the object to be controlled is moved from the operation start position to the operation end position, a deceleration start position from which the deceleration region is started, is calculated from information of the operation start position and the operation end position, wherein a constant speed region over which the maximum rotation speed is not changed, is provided between the acceleration region and the deceleration region, the constant speed region being able to be changed in length, when an operation distance from the operation start position to the operation end position is changed by a distance change amount, and the distance change amount does not exceed the constant speed region, the distance change amount is subtracted from the constant speed region, and in the acceleration region, an addition speed amount to be added to a current target rotation speed of the motor is calculated according to the formula: addition speed amount = maximum rotation speed − current rotation speed × 1 / X, 1/ X being an addition amount information and the motor is accelerated so as to be rotated at an updated target rotation speed until it is detected that the deceleration start position is reached while the target rotation speed is sequentially updated by the addition speed amount, and in the deceleration region, at a time point when it is detected that the deceleration start position is reached, a subtraction speed amount to be subtracted from the current target rotation speed of the motor is calculated according to the formula: subtraction speed amount = maximum rotation speed − current rotation speed × 1 / Y, 1/ Y being an subtraction amount information and the motor is decelerated so as to be rotated at the updated target rotation speed until it is detected that the operation end position is reached while the target rotation speed is sequentially updated by the subtraction speed amount, wherein the addition amount information and the subtraction amount information are set such that the addition speed amount in the acceleration region is larger than the subtraction speed amount in the deceleration region by setting X < Y, and wherein when the operation distance from the operation start position to the operation end position is changed, and the distance change amount exceeds the constant speed region, the target rotation speed is updated by the same speed change amount both in the acceleration and deceleration regions by setting X = Y.
An ink refill container configured to refill ink into an ink tank that has an ink inlet flow path portion and an ink chamber arranged to communicate with the ink inlet flow path portion, the ink refill container comprising: a container main body provided to include an ink chamber configured to contain therein ink, which is to be refilled to the ink tank; an ink outlet forming portion provided at an edge of the container main body to include an ink outlet configured to allow the ink to flow out from the ink chamber; a valve provided in the ink outlet forming portion and configured to seal the ink outlet in an openable and closable manner; and a positioning structure configured to abut on part of the ink tank and position the valve relative to the ink tank when the valve is opened, wherein the ink outlet is formed in a tubular portion that is part of the ink outlet forming portion, the positioning structure includes a positioning surface that is provided to be opposed to an outer face of the tubular portion across a clearance and that is extended in a direction intersecting with a center axis of the ink outlet, and the positioning surface is configured to abut on the part of the ink tank, when the ink inlet flow path portion of the ink tank is inserted into the ink outlet to open the valve, characterized in that projections are provided having the positioning surfaces, which are in an approximate T shape and are leading end faces of the projections. a container main body provided to include an ink chamber configured to contain therein ink, which is to be refilled to the ink tank; an ink outlet forming portion provided at an edge of the container main body to include an ink outlet configured to allow the ink to flow out from the ink chamber; a valve provided in the ink outlet forming portion and configured to seal the ink outlet in an openable and closable manner; and a positioning structure configured to abut on part of the ink tank and position the valve relative to the ink tank when the valve is opened, wherein the ink outlet is formed in a tubular portion that is part of the ink outlet forming portion, the positioning structure includes a positioning surface that is provided to be opposed to an outer face of the tubular portion across a clearance and that is extended in a direction intersecting with a center axis of the ink outlet, and the positioning surface is configured to abut on the part of the ink tank, when the ink inlet flow path portion of the ink tank is inserted into the ink outlet to open the valve, characterized in that projections are provided having the positioning surfaces, which are in an approximate T shape and are leading end faces of the projections.
Method for producing pizza cheese from milk, preferably milk which has matured, comprising the following steps: - a collection, standardisation of the components of the milk and pasteurisation of the milk in a pasteuriser to obtain a standardised and pasteurised milk, - a storage and/or a maturation of the standardised milk, - a feeding of the standardised and pasteurised milk from said pasteuriser to a continuous coagulator, - a reduction of pH of said standardised and pasteurised milk to obtain a sour milk, - a treatment of said sour milk in said continuous coagulator to form a suspension containing curd and whey, - a separation of the curd on the one hand, and of the whey on the other hand from said suspension containing curd and whey, - a recovery of said whey, - a formation of pizza cheese from said curd, characterised in that the reduction of pH of the standardised and pasteurised milk is performed by gaseous CO 2 bubbling in the standardised and pasteurised milk, simultaneously to the abovesaid feeding, said continuous coagulator comprising a trough provided with a plurality of moveable inner transverse walls between which cells are defined, the moveable inner transverse walls being arranged to continuously move longitudinally within said trough and to thus move the open cells from a fermentation zone to a coagulation zone, from a coagulation zone to a cutting zone, from a cutting zone to a stirring zone, said treatment of the sour milk in a continuous coagulator comprising a fermentation of the sour milk by adding lactic ferments to obtain a milk with added ferments in said fermentation zone, a coagulation of the milk with added ferments by adding enzymes, preferably by adding coagulant, to obtain an initial curd and whey in said coagulation zone, a cutting of the initial curd to obtain curd pieces in said cutting zone and a stirring of the curd pieces and whey to obtain said suspension containing curd and whey in said stirring zone. - a collection, standardisation of the components of the milk and pasteurisation of the milk in a pasteuriser to obtain a standardised and pasteurised milk, - a storage and/or a maturation of the standardised milk, - a feeding of the standardised and pasteurised milk from said pasteuriser to a continuous coagulator, - a reduction of pH of said standardised and pasteurised milk to obtain a sour milk, - a treatment of said sour milk in said continuous coagulator to form a suspension containing curd and whey, - a separation of the curd on the one hand, and of the whey on the other hand from said suspension containing curd and whey, - a recovery of said whey, - a formation of pizza cheese from said curd,
Feeder insert (2, 2', 2", 2''', 2 IV) for use for the casting of metals in casting moulds, having a first shaped element (8, 8', 8", 8''', 8 IV) and a second shaped element which (i) are displaceable telescopically relative to one another, (ii) delimit a feeder cavity for receiving liquid metal, and (iii) are designed for being positioned by means of a centring pin (20, 22') that can be positioned along a centring axis, wherein the first shaped element (8, 8', 8", 8"', 8 IV) has a passage opening for the liquid metal, and characterized in that the casting mould is vertically separable, and wherein the feeder cavity is designed such that, in the case of horizontal arrangement of the centring axis, a predominant volume fraction of the feeder cavity can be positioned above the centring axis. (i) are displaceable telescopically relative to one another, (ii) delimit a feeder cavity for receiving liquid metal, and (iii) are designed for being positioned by means of a centring pin (20, 22') that can be positioned along a centring axis,
Blank for a wrap-around packaging, manufactured from a foldable material such as cardboard, comprising four adjacent panels which are connected in each case via a main longitudinal fold line so as to form a peripheral wall of the wrap-around packaging, which main longitudinal fold lines are substantially parallel to each other, wherein each panel is connected on opposite first and second edges to respectively a first and second flap (11a,b-14a,b), in each case via a transverse fold line (21a,b-24a,b), wherein a first separating line extends from an outer edge of a first flap, through a first panel to an outer edge of a second flap, which first separating line divides the first panel into a first and second part; characterized in that at least one folding flap is provided which is bounded by a first and second longitudinal fold line (36a, 36b), parallel to the main longitudinal fold lines, and two transverse edges between the first and second longitudinal fold lines, wherein the separating line coincides with the transverse edges and is adapted to be broken through along its full length, except at the position of the first and second longitudinal fold lines, during erection of the wrap-around packaging; this such that in the erected position of the packaging the first part of the first panel is moved toward the second part thereof with interposing of the at least one folding flap.
Method for determining a traffic situation, wherein - sensor data of the relative movement of second traffic participants are measured by a sensor unit of a first traffic participant, wherein the sensor data are determined by means of at least one environment sensor of a driver assistance system of the first traffic participant, - movement data of the first traffic participant are supplied to an evaluation unit of the first traffic participant, - traffic situation data are determined by the evaluation unit based on the sensor data and the movement data, - the traffic situation data are transmitted to a traffic control device by means of a transmission unit of the first traffic participant. - sensor data of the relative movement of second traffic participants are measured by a sensor unit of a first traffic participant, wherein the sensor data are determined by means of at least one environment sensor of a driver assistance system of the first traffic participant, - movement data of the first traffic participant are supplied to an evaluation unit of the first traffic participant, - traffic situation data are determined by the evaluation unit based on the sensor data and the movement data, - the traffic situation data are transmitted to a traffic control device by means of a transmission unit of the first traffic participant.
A lane change planning device comprising: an assessment unit configured to assess whether or not it has been planned to carry out multiple lane changes within a single road, based on a traveling lane plan that represents a lane on which a vehicle is scheduled to travel within a predetermined zone of a traveling route toward the destination location of the vehicle, characterised in that the lane change planning device further comprises: a lane change planning unit configured to create a lane change plan such that a first scheduled lane change zone that the vehicle has been assigned for a lane change to be carried out afterwards, is shorter than a second scheduled lane change zone that has been assigned for a lane change to be carried out beforehand, when it has been planned to carry out multiple lane changes within a single road.
A surface control additive for a radiation curing system, characterized in that the surface control additive has the following constitutional formula: wherein A is wherein m is an integer from 0 to 400, n is an integer from 1 to 500, x is an integer from 0 to 800, p is an integer from 0 to 600, q is an integer from 1 to 800, R 4 and R 5 are H or CH 3 respectively, R 6 is H or a linear or a branched alkyl group containing 1-18 carbon atoms or an acyl group containing 2-5 carbon atoms.
A coating comprising: a. an infrared reflective layer having a thickness from 90 Å to 130 Å; b. a primer layer acting as a sacrificial layer that protects the first infrared reflective layer from oxidizing conditions over the infrared reflective layer; c. a dielectric layer over the primer layer; d. an absorbing layer comprising an alloy and/or mixture of silver and tin having a thickness from 50 Å to 250 Å, wherein the absorbing layer can be either under the infrared reflective layer or over the dielectric layer; and e. a protective overcoat made of a mixture of alumina and silica as the last layer in the coating, wherein the coating when applied to a 4.1 mm (0.16 inch) thick clear glass substrate exhibits an Lta of less than or equal to 50%. a. an infrared reflective layer having a thickness from 90 Å to 130 Å; b. a primer layer acting as a sacrificial layer that protects the first infrared reflective layer from oxidizing conditions over the infrared reflective layer; c. a dielectric layer over the primer layer; d. an absorbing layer comprising an alloy and/or mixture of silver and tin having a thickness from 50 Å to 250 Å, wherein the absorbing layer can be either under the infrared reflective layer or over the dielectric layer; and e. a protective overcoat made of a mixture of alumina and silica as the last layer in the coating,
A tooling system for manufacturing a composite structure, the tooling system comprising: an upper mold and a lower mold, the upper mold and the lower mold collectively forming a void, the void being configured to accept a preform; a plurality of spring members configured to apply a substantially constant pressure to the preform during a curing cycle; a plurality of upper adapters adjacent to the upper mold and a plurality of lower adapters adjacent to the lower mold, each upper adapter and lower adapter being a rigid member configured to transfer compressive forces generated by the plurality of spring members to the upper mold and the lower mold; and a plurality of rod members coupled to the lower adapters; wherein each spring member is located between an upper surface of one of the upper adapters and a nut screwed onto one of the rod members, the spring members and upper and lower adapters providing a constant pressure to the upper and lower mold during curing. an upper mold and a lower mold, the upper mold and the lower mold collectively forming a void, the void being configured to accept a preform; a plurality of spring members configured to apply a substantially constant pressure to the preform during a curing cycle; a plurality of upper adapters adjacent to the upper mold and a plurality of lower adapters adjacent to the lower mold, each upper adapter and lower adapter being a rigid member configured to transfer compressive forces generated by the plurality of spring members to the upper mold and the lower mold; and a plurality of rod members coupled to the lower adapters; wherein each spring member is located between an upper surface of one of the upper adapters and a nut screwed onto one of the rod members, the spring members and upper and lower adapters providing a constant pressure to the upper and lower mold during curing.