mhurhangee/ep-ind-claims huggingface dataset:
A formulation for use with an intermediate transfer member of a printing system, the formulation comprising: (a) a carrier liquid; (b) a positively chargeable polymeric chemical agent selected from the group consisting of polyethylene imine, a cationic guar or guar-based polymer and a cationic methacrylamide or methacrylamide-based polymer; and (c) a resolubilizing agent selected to improve resolubilization of said chemical agent; said polymeric chemical agent and said resolubilizing agent disposed within said carrier liquid; said polymeric chemical agent having an average molecular weight of at least 10,000 and a positive charge density of at least 0.1 meq/g of said chemical agent; said resolubilizing agent having a hydrogen-bonding functional group; said resolubilizing agent having, in a pure state and at 90°C, a vapor pressure of less than 0.5kPa; a concentration of the polymeric chemical agent within the formulation being not more than 1 wt.%; and wherein a weight ratio of said resolubilizing agent to said polymeric chemical agent, within the formulation, is at least 1:10. (a) a carrier liquid; (b) a positively chargeable polymeric chemical agent selected from the group consisting of polyethylene imine, a cationic guar or guar-based polymer and a cationic methacrylamide or methacrylamide-based polymer; and (c) a resolubilizing agent selected to improve resolubilization of said chemical agent;
Drilling device for machining tubes on tube sheets of heat exchangers in a radioactive environment, wherein the drilling device has a retaining plate, a first drive, a tool shaft and a feed device (24, 26), wherein the first drive, which drives the tool shaft, is arranged on a second side of the retaining plate, wherein a forward feed of the tool shaft is brought about by the feed device (24, 26), wherein the retaining plate is clampable in the tubes with at least two retaining fingers on a first side, characterized in that a tool chuck on a first end side of the tool shaft is connected detachably to the latter, in that the tool chuck is unlockable from the tool shaft by way of an unlocking instrument (34, 36, 38) of the drilling device, and in that the unlocking instrument (34, 36, 38) is controllable by a remote-control device.
A method for continuous coarse pixel shading comprising: pre-processing a graphics mesh, including: for each vertex of the mesh, collecting neighboring triangles sharing the vertex, iterating over the neighboring triangles, projecting vertices of the neighboring triangles into a same tangent plane of the shared vertex, and creating a linear tangent-plane parameterization of shading attributes that approximates the shading attributes in the neighborhood of the shared vertex; and performing rasterization of the mesh in a rasterization stage of a graphics pipeline using the linear tangent-plane parameterization, including determining, in screen space, derivatives of the shading attributes at each vertex of the mesh using, in screen space, the linear tangent-plane parameterization of the shading attributes of each vertex, interpolating, in screen space, smooth derivatives of the shading attributes at an arbitrary point inside a triangle of the mesh, from the determined derivatives of the shading attributes at the three vertices of the triangle. for each vertex of the mesh, collecting neighboring triangles sharing the vertex, iterating over the neighboring triangles, projecting vertices of the neighboring triangles into a same tangent plane of the shared vertex, and creating a linear tangent-plane parameterization of shading attributes that approximates the shading attributes in the neighborhood of the shared vertex; and collecting neighboring triangles sharing the vertex, iterating over the neighboring triangles, projecting vertices of the neighboring triangles into a same tangent plane of the shared vertex, and creating a linear tangent-plane parameterization of shading attributes that approximates the shading attributes in the neighborhood of the shared vertex; and performing rasterization of the mesh in a rasterization stage of a graphics pipeline using the linear tangent-plane parameterization, including determining, in screen space, derivatives of the shading attributes at each vertex of the mesh using, in screen space, the linear tangent-plane parameterization of the shading attributes of each vertex, interpolating, in screen space, smooth derivatives of the shading attributes at an arbitrary point inside a triangle of the mesh, from the determined derivatives of the shading attributes at the three vertices of the triangle. determining, in screen space, derivatives of the shading attributes at each vertex of the mesh using, in screen space, the linear tangent-plane parameterization of the shading attributes of each vertex, interpolating, in screen space, smooth derivatives of the shading attributes at an arbitrary point inside a triangle of the mesh, from the determined derivatives of the shading attributes at the three vertices of the triangle.
A system for assigning power to each sub-band in a time slot t in a multiple access communications system, the system comprising a coordinator adapted to select sub-bands for consideration in sequence for assignment of one or more users, the users being assigned to respective sub-bands with regard to a respective provisional sub-band power allocation for the sub-band under consideration, the system further comprising a power calculator adapted to determine a provisional partial power budget for a subset of sub-bands comprising the sub-bands to which users have been assigned in the present time slot and the sub-band under consideration in the sequence, where the fraction of the total available power determined as the provisional partial power budget corresponds to the fraction of the number of sub-bands in the subset from the total number of sub-bands to be assigned, and to determine the provisional sub-band power allocation for the sub-band under consideration, by performing a waterfilling distribution of the provisional partial power budget amongst the subset of sub-bands, based on the channel gain of the users already assigned to sub-bands in the present time slot.
A Baking device for producing baked, preferably edible, moulded wafer bodies, in particular for producing wafer sheets baked from a sugar-containing baking mass, comprising a housing in which an endless conveyor and multiple openable and closable baking moulds are arranged, which, along the endless conveyor, successively pass through: - a depositing region with a dough depositing device for depositing a baking mass onto the opened baking moulds, - a closing region for closing the baking moulds, - a heated baking chamber for baking the baking mass placed in the baking moulds, - an opening region for opening the baking moulds, - a removal region with a removal device for removing the moulded wafer bodies baked from the baking mass from the opened baking moulds, - and then again through the depositing region, - wherein an openable and closable service door is provided in the housing, through which, in a first service position, a service region arranged between the removal region and the closing region is accessible from the outside, - and wherein an emergency stop switch is provided, which, when actuated, causes the endless conveyor and the baking moulds to come to a stop after a certain stopping distance, characterised - in that a safety shield is provided, extending transversely to the direction of movement of the baking moulds, and separating the service region from the closing region in the first service position, - in that the safety shield is arranged to be movable in the direction of movement, - and in that the safety shield is connected to the emergency stop switch in such a way that the emergency stop switch is actuated when the safety shield is moved from the first service position towards or into the closing region. - a depositing region with a dough depositing device for depositing a baking mass onto the opened baking moulds, - a closing region for closing the baking moulds, - a heated baking chamber for baking the baking mass placed in the baking moulds, - an opening region for opening the baking moulds, - a removal region with a removal device for removing the moulded wafer bodies baked from the baking mass from the opened baking moulds, - and then again through the depositing region, - wherein an openable and closable service door is provided in the housing, through which, in a first service position, a service region arranged between the removal region and the closing region is accessible from the outside, - and wherein an emergency stop switch is provided, which, when actuated, causes the endless conveyor and the baking moulds to come to a stop after a certain stopping distance, - in that a safety shield is provided, extending transversely to the direction of movement of the baking moulds, and separating the service region from the closing region in the first service position, - in that the safety shield is arranged to be movable in the direction of movement, - and in that the safety shield is connected to the emergency stop switch in such a way that the emergency stop switch is actuated when the safety shield is moved from the first service position towards or into the closing region.
A method for manufacturing a photodiode capable of interacting with incident photons, consisting at least: - in producing a stack of three semiconductor layers, each defining a semiconductor volume, and comprising an intermediate layer placed between a first lower layer and a second upper layer, the three layers (1, 2, 3) having a first conductivity type; - in producing a semiconductor region that gets through the volume of the second upper layer and that at least partially gets through the volume of the intermediate layer and that extends transversely relative to the planes of the three layers (1, 2, 3), said region having a second conductivity type opposite to the first conductivity type so as to form a P-N junction with intermediate layer, and - in producing a read plot made of an electrically conducting material in contact with the semiconductor region; characterised: - in that the intermediate layer is made of a semiconductor material having the second conductivity type; - and in that the thickness of said intermediate layer and the dopant concentrations of the first and second layers (1, 2, 3) and of the intermediate layer are selected so that an inversion of the conductivity type of the intermediate layer is obtained from the second conductivity type to the first conductivity type by the dopants of the first conductivity type that are present in the first and second layers (1, 3). - in producing a stack of three semiconductor layers, each defining a semiconductor volume, and comprising an intermediate layer placed between a first lower layer and a second upper layer, the three layers (1, 2, 3) having a first conductivity type; - in producing a semiconductor region that gets through the volume of the second upper layer and that at least partially gets through the volume of the intermediate layer and that extends transversely relative to the planes of the three layers (1, 2, 3), said region having a second conductivity type opposite to the first conductivity type so as to form a P-N junction with intermediate layer, and - in producing a read plot made of an electrically conducting material in contact with the semiconductor region; - in that the intermediate layer is made of a semiconductor material having the second conductivity type; - and in that the thickness of said intermediate layer and the dopant concentrations of the first and second layers (1, 2, 3) and of the intermediate layer are selected so that an inversion of the conductivity type of the intermediate layer is obtained from the second conductivity type to the first conductivity type by the dopants of the first conductivity type that are present in the first and second layers (1, 3).
A composition for a non-aqueous secondary battery functional layer comprising organic particles and a binder for a functional layer, wherein the organic particles have an electrolyte solution elution amount of at least 0.001 mass% and not more than 5.0 mass%, the glass-transition temperature of the organic particles is 30°C or higher, and the binder for a functional layer is a particulate polymer and the glass-transition temperature of the binder for a functional layer is 20°C or lower. the organic particles have an electrolyte solution elution amount of at least 0.001 mass% and not more than 5.0 mass%, the glass-transition temperature of the organic particles is 30°C or higher, and the binder for a functional layer is a particulate polymer and the glass-transition temperature of the binder for a functional layer is 20°C or lower.
Lighting device for a motor vehicle, comprising a lighting module having a lens, which has a light exit region, wherein at least one first light function is assigned to the light exit region, a reflector, which directly adjacently surrounds the light exit region, at least in part, and a light guiding element to which a further light function is assigned, wherein an input coupling region of the light guiding element is arranged in front of an illuminant and an output coupling region of the light guiding element is arranged at the reflector, wherein the output coupling region has a first output coupling surface facing away from the reflector and a second output coupling surface facing the reflector, and wherein the reflector has a shading element facing the light exit region, characterized in that the light guiding element is connected to the reflector in a positively locking manner, prisms for guiding light are arranged in the reflector, prisms for guiding light are arranged in the light guiding element, the reflector and the light guiding element are arranged behind the light exit region in the light emission direction.
Method of damping mechanical oscillations of plural wind turbines (15.1, 15.2,..., 15.n) of a wind park commonly supplying electric energy to a grid, the method comprising: determining, for each of the plural wind turbines (15.1, 15.2,..., 15.n), a damping control signal (21.1, 21.2,..., 21.n) for counteracting an oscillation of the respective wind turbine; selecting at least a subset of the damping control signals or a subset (21.1, 21.2) of modified versions of the damping control signals for respective wind turbines (15.1, 15.2) such that a sum of the selected damping control signals or that a sum of the selected modified versions of the damping control signals is lower than a threshold; and supplying the selected subset of the damping control signals or the selected subset (21.1, 21.2) of the modified versions of the damping control signals to the respective wind turbines (15.1, 15.2). determining, for each of the plural wind turbines (15.1, 15.2,..., 15.n), a damping control signal (21.1, 21.2,..., 21.n) for counteracting an oscillation of the respective wind turbine; selecting at least a subset of the damping control signals or a subset (21.1, 21.2) of modified versions of the damping control signals for respective wind turbines (15.1, 15.2) such that a sum of the selected damping control signals or that a sum of the selected modified versions of the damping control signals is lower than a threshold; and supplying the selected subset of the damping control signals or the selected subset (21.1, 21.2) of the modified versions of the damping control signals to the respective wind turbines (15.1, 15.2).
A method for obtaining state information regarding a user equipment, UE, the method comprising: an access and mobility function, AMF, transmitting to a radio access node, RAN, a notification request identifying the UE, the request comprising an instruction for configuring the RAN such that, in a case where the RAN, in response to the notification request, transmits to the AMF a first notification indicating that the UE is in a radio resource control, RRC-, inactive state, the RAN: (i) subsequent to detecting that the UE has transitioned from the inactive to an active state, transmits a second notification to the AMF in response to the notification request, wherein the second notification indicates that the UE is in an RRC-connected state and (ii) ceases transmitting further subsequent notifications as a result of transmitting the second notification; the AMF receiving the first notification from the RAN, the first notification comprising an indication regarding the RRC connection state of the UE. an access and mobility function, AMF, transmitting to a radio access node, RAN, a notification request identifying the UE, the request comprising an instruction for configuring the RAN such that, in a case where the RAN, in response to the notification request, transmits to the AMF a first notification indicating that the UE is in a radio resource control, RRC-, inactive state, the RAN: (i) subsequent to detecting that the UE has transitioned from the inactive to an active state, transmits a second notification to the AMF in response to the notification request, wherein the second notification indicates that the UE is in an RRC-connected state and (ii) ceases transmitting further subsequent notifications as a result of transmitting the second notification; (i) subsequent to detecting that the UE has transitioned from the inactive to an active state, transmits a second notification to the AMF in response to the notification request, wherein the second notification indicates that the UE is in an RRC-connected state and (ii) ceases transmitting further subsequent notifications as a result of transmitting the second notification; the AMF receiving the first notification from the RAN, the first notification comprising an indication regarding the RRC connection state of the UE.
Car body having a front structure, wherein - the front structure comprises a coupling carrier for receiving and pivotably mounting a coupling, - the coupling carrier encloses a receiving region, which is accessible from the outside via a push-in opening in the coupling carrier, wherein a longitudinal end of a coupling having a pin can be pushed into the receiving region via the push-in opening, - the coupling carrier comprises at least one rotary bearing, which is designed to receive a rotary plate and to mount said rotary plate so as to be able to rotate about an axis of rotation, - the coupling carrier is configured such that a rotary plate received in the rotary bearing can be connected to a pin of a coupling pushed into the receiving region and, as a result, the coupling is mounted on the coupling carrier so as to be able to pivot about the axis of rotation, - the coupling carrier is connected to the rest of the front structure in such a manner that the coupling carrier cannot be detached from the front structure in a non-destructive manner. - the front structure comprises a coupling carrier for receiving and pivotably mounting a coupling, - the coupling carrier encloses a receiving region, which is accessible from the outside via a push-in opening in the coupling carrier, wherein a longitudinal end of a coupling having a pin can be pushed into the receiving region via the push-in opening, - the coupling carrier comprises at least one rotary bearing, which is designed to receive a rotary plate and to mount said rotary plate so as to be able to rotate about an axis of rotation, - the coupling carrier is configured such that a rotary plate received in the rotary bearing can be connected to a pin of a coupling pushed into the receiving region and, as a result, the coupling is mounted on the coupling carrier so as to be able to pivot about the axis of rotation, - the coupling carrier is connected to the rest of the front structure in such a manner that the coupling carrier cannot be detached from the front structure in a non-destructive manner.
A PTO transmission system for an agricultural or industrial vehicle for transmitting power to a PTO shaft driving an implement, said vehicle comprising an engine and ground drive wheels driven by main transmission means comprising a continuously variable transmission or a powershift transmission; said PTO transmission system comprising: - a planetary drive unit having a first and second input means and output means, said first input means being adapted to be coupled to an output shaft of said engine, said second input means being adapted to be coupled to an output shaft of drive motor means and said output means being adapted to be coupled to said PTO shaft; - control means (11, 13, 14) operable to control the engine rpm, the transmission ratio of said transmission means and said drive motor means; - an engine speed sensor and a PTO shaft speed sensor, operable to measure engine speed and PTO shaft speed respectively, and coupled to said control means (11, 13, 14); - a target PTO speed; and characterized in that said control means (11, 13, 14) are operable to control the engine rpm, the gear ratio of said transmission means and said drive motor means to obtain a PTO output shaft speed corresponding said target PTO speed, wherein said PTO transmission system further comprises a torque sensor operable to measure the load on the PTO output shaft and coupled to said control means (11, 13, 14). - a planetary drive unit having a first and second input means and output means, said first input means being adapted to be coupled to an output shaft of said engine, said second input means being adapted to be coupled to an output shaft of drive motor means and said output means being adapted to be coupled to said PTO shaft; - control means (11, 13, 14) operable to control the engine rpm, the transmission ratio of said transmission means and said drive motor means; - an engine speed sensor and a PTO shaft speed sensor, operable to measure engine speed and PTO shaft speed respectively, and coupled to said control means (11, 13, 14); - a target PTO speed; and
A combustor wall for a turbine engine, the combustor wall comprising: a shell defining a first set of apertures; a heat shield defining a second set of apertures; and a cooling element extending between the shell and the heat shield within a tapered cooling cavity defined between the shell and the heat shield, wherein the cooling element extends from the heat shield; wherein the tapered cavity is fluidly coupled with the first and the second sets of apertures (94, 110) and the cooling element is thermally coupled to one of the shell and the heat shield; characterised in that the combustor wall further comprises a second cooling element that extends into the cooling cavity from the shell. a shell defining a first set of apertures; a heat shield defining a second set of apertures; and a cooling element extending between the shell and the heat shield within a tapered cooling cavity defined between the shell and the heat shield, wherein the cooling element extends from the heat shield; wherein the tapered cavity is fluidly coupled with the first and the second sets of apertures (94, 110) and the cooling element is thermally coupled to one of the shell and the heat shield; characterised in that the combustor wall further comprises a second cooling element that extends into the cooling cavity from the shell.