mhurhangee/ep-ind-claims huggingface dataset:
A data receiving apparatus comprising: a communication unit adapted to communicate with a data transmitting apparatus through close-proximity wireless communication; and a detecting unit adapted to detect the state of a connection to the data transmitting apparatus; wherein the communication unit is adapted to receive, from the data transmitting apparatus, index information indicating a list of data stored in a storage medium of the data transmitting apparatus if the detecting unit detects that a first connection has been established with the data transmitting apparatus via the communication unit, characterized by a notification unit adapted to notify a user with a notification that prompts the termination of the first connection to the data transmitting apparatus after receiving the index information from the data transmitting apparatus via the communication unit; a designation unit adapted to designate data to be received from the data transmitting apparatus based on the index information after receiving the index information if the detecting unit detects that the first connection has been terminated with the data transmitting apparatus; wherein the communication unit is adapted to receive, from the data transmitting apparatus, data designated by the designation unit if a second connection is established with the data transmitting apparatus via the communication unit, after the designation unit has designated the data to be received from the data transmitting apparatus and after the detecting unit has detected the termination of the first connection. a communication unit adapted to communicate with a data transmitting apparatus through close-proximity wireless communication; and a detecting unit adapted to detect the state of a connection to the data transmitting apparatus; wherein the communication unit is adapted to receive, from the data transmitting apparatus, index information indicating a list of data stored in a storage medium of the data transmitting apparatus if the detecting unit detects that a first connection has been established with the data transmitting apparatus via the communication unit, characterized by a notification unit adapted to notify a user with a notification that prompts the termination of the first connection to the data transmitting apparatus after receiving the index information from the data transmitting apparatus via the communication unit; a designation unit adapted to designate data to be received from the data transmitting apparatus based on the index information after receiving the index information if the detecting unit detects that the first connection has been terminated with the data transmitting apparatus; wherein the communication unit is adapted to receive, from the data transmitting apparatus, data designated by the designation unit if a second connection is established with the data transmitting apparatus via the communication unit, after the designation unit has designated the data to be received from the data transmitting apparatus and after the detecting unit has detected the termination of the first connection.
A wheelchair for transporting persons having reduced mobility which comprises a bearing frame defining a seat, at least a pair of wheels, height-adjustable with respect to the seat and rotatably associated to the bearing frame by means of at least a horizontal rotating pivot, characterised in that the bearing frame comprises at least a pair of structural members (301 C), rigidly connected to the seat and located below the seat, each structural member being provided with at least an elongate slot inclined with respect to the plane defined by the seat in which the at least a rotating pivot is able to slide for a relative height-adjustment of the wheels with respect to the seat.
A planter for planting multiple types of seed in a single planting pass during row-crop planting of an agricultural field, comprising: a frame supporting multiple row units; a bulk storage system comprising multiple compartments for separately storing seeds of multiple types on the planter; an on-row storage system selectively receiving seed from the bulk storage system and separately storing the seeds of the multiple seed types (17a-d) in multiple compartments at the row units; and a seed meter at each of the multiple row units selectively receiving the seeds of the multiple types from the on-row storage system and releasing the seeds for planting of an agricultural field, wherein the planter further comprises a diverter system for directing the seeds of the multiple seed types (17a-d) from the compartments of the bulk storage system into the appropriate compartments of the on-row storage system, the diverter system comprising a first seed gate system with multiple seed gates for directing the seeds into one of the row units and a second seed gate system with multiple seed gates for directing the seeds into one of the compartments of the on-row storage system. a frame supporting multiple row units; a bulk storage system comprising multiple compartments for separately storing seeds of multiple types on the planter; an on-row storage system selectively receiving seed from the bulk storage system and separately storing the seeds of the multiple seed types (17a-d) in multiple compartments at the row units; and a seed meter at each of the multiple row units selectively receiving the seeds of the multiple types from the on-row storage system and releasing the seeds for planting of an agricultural field, wherein the planter further comprises a diverter system for directing the seeds of the multiple seed types (17a-d) from the compartments of the bulk storage system into the appropriate compartments of the on-row storage system, the diverter system comprising a first seed gate system with multiple seed gates for directing the seeds into one of the row units and a second seed gate system with multiple seed gates for directing the seeds into one of the compartments of the on-row storage system.
Transshipment device for dough pieces, comprising: - At least one carrier picking location, for positioning empty carriers to be picked; - At least one carrier loading location, for loading a picked carrier with dough pieces; - At least one carrier deposition location, for depositing a carrier loaded with dough pieces; - A number of movable grippers for picking, moving and depositing carriers, wherein: ∘ each gripper is individually movable parallel to a common vertical axis in a vertical direction; ∘ each gripper is individually movable in a radial direction from the common vertical axis; ∘ multiple grippers project in a different radial direction from the common vertical axis; ∘ all grippers are rotatable together and/or simultaneously about the common vertical axis; wherein - the at least one carrier picking location, the at least one carrier loading location and the at least one carrier deposition location surround the common vertical axis of rotation; - a controller, for controlling movement the grippers, in particular each subsequently along the carrier picking location, the carrier loading location and the carrier deposition location. - At least one carrier picking location, for positioning empty carriers to be picked; - At least one carrier loading location, for loading a picked carrier with dough pieces; - At least one carrier deposition location, for depositing a carrier loaded with dough pieces; - A number of movable grippers for picking, moving and depositing carriers, wherein: ∘ each gripper is individually movable parallel to a common vertical axis in a vertical direction; ∘ each gripper is individually movable in a radial direction from the common vertical axis; ∘ multiple grippers project in a different radial direction from the common vertical axis; ∘ all grippers are rotatable together and/or simultaneously about the common vertical axis; wherein - the at least one carrier picking location, the at least one carrier loading location and the at least one carrier deposition location surround the common vertical axis of rotation; ∘ each gripper is individually movable parallel to a common vertical axis in a vertical direction; ∘ each gripper is individually movable in a radial direction from the common vertical axis; ∘ multiple grippers project in a different radial direction from the common vertical axis; ∘ all grippers are rotatable together and/or simultaneously about the common vertical axis; - the at least one carrier picking location, the at least one carrier loading location and the at least one carrier deposition location surround the common vertical axis of rotation; - a controller, for controlling movement the grippers, in particular each subsequently along the carrier picking location, the carrier loading location and the carrier deposition location.
Monitoring unit (200, 302) for a medicament delivery device, which monitoring unit comprises - a housing (202, 300), - a monitoring circuit arranged in said housing (202, 300), capable of detecting and monitoring functions of the medicament delivery device when said medicament delivery device is used, - an attachment mechanism arranged with releasable locking elements (208, 306) for releasable attachment to said medicament delivery device, - a mechanical interface (231, 318) arranged to interact with a mating mechanical interface arranged on a medicament delivery device, and - an activation switch (242, 320) arranged in said mechanical interface and arranged to activate said monitoring circuit characterized in that said medicament delivery device is arranged with an activator element arranged in said mechanical interface and operably connected to a drive element (98, 104) of said medicament delivery device, wherein, when the medicament delivery device is used, said drive element (98, 104) will force said activator element in a distal direction during the dose delivery sequence, acting on said activation switch (242, 320). - a housing (202, 300), - a monitoring circuit arranged in said housing (202, 300), capable of detecting and monitoring functions of the medicament delivery device when said medicament delivery device is used, - an attachment mechanism arranged with releasable locking elements (208, 306) for releasable attachment to said medicament delivery device, - a mechanical interface (231, 318) arranged to interact with a mating mechanical interface arranged on a medicament delivery device, and - an activation switch (242, 320) arranged in said mechanical interface and arranged to activate said monitoring circuit characterized in that said medicament delivery device is arranged with an activator element arranged in said mechanical interface and operably connected to a drive element (98, 104) of said medicament delivery device, wherein, when the medicament delivery device is used, said drive element (98, 104) will force said activator element in a distal direction during the dose delivery sequence, acting on said activation switch (242, 320).
Hybrid drive having an automated change-speed gearbox, for example for a motor vehicle, having an internal combustion engine which is drive-connected to at least one first gearbox input shaft, having an electric drive which has at least one electric machine which is drive-connected to a second gearbox input shaft (W3; W3'), having movable gears and fixed gears (z11 - z13, z21 - z23, zR3) which are arranged in a total of three gear set planes (Z1 - Z3), having a plurality of gear shifting devices (S1 - S4), and having a gearbox output shaft, wherein the two gearbox input shafts (W1, W3) are arranged coaxially to one another, and wherein one gear shifting device drive-connects the two gearbox input shafts (W1, W3) to one another in one of its shifting positions and selects a gear in another shifting position, wherein - the second gearbox input shaft is designed as a hollow shaft which coaxially surrounds the first gearbox input shaft at least in certain portions and can be coupled to the first gearbox input shaft by means of the gear shifting device, - in each case a fixed gear or a movable gear (z11, z12, z21, z22) of a first gear set plane and of a second gear set plane (Z1, Z2) of the three gear set planes (Z1, Z2, Z3) is arranged on the second gearbox input shaft designed as a hollow shaft, - the gearbox output shaft forms a gearbox output which is offset axially with respect to the gearbox input shafts (W1, W3), and - a total of three forward gears can be selected. - the second gearbox input shaft is designed as a hollow shaft which coaxially surrounds the first gearbox input shaft at least in certain portions and can be coupled to the first gearbox input shaft by means of the gear shifting device, - in each case a fixed gear or a movable gear (z11, z12, z21, z22) of a first gear set plane and of a second gear set plane (Z1, Z2) of the three gear set planes (Z1, Z2, Z3) is arranged on the second gearbox input shaft designed as a hollow shaft, - the gearbox output shaft forms a gearbox output which is offset axially with respect to the gearbox input shafts (W1, W3), and - a total of three forward gears can be selected.
Method for ex-vivo or in-vitro evaluating if a candidate molecule binds or is incorporated in at least one target tissue, comprising visualizing and comparing by mass spectrometry molecular imaging the distribution of the candidate molecule and of at least one control compound on the surface of at least one target tissue section previously obtained by sampling in at least one animal that has previously received the candidate molecule, and optionnaly the control compound.
A hinge arrangement adapted to be located at an end portion (15, 17) of a bonnet of a vehicle, said hinge arrangement having a longitudinal direction (x), a transverse direction (y) and a vertical direction (z), said hinge arrangement being transitable between a normal state and a deployed state, said hinge arrangement comprising - a hinge portion adapted to be attached, directly or indirectly, to a body of said vehicle, - a bracket portion adapted to be attached, directly or indirectly, to said bonnet, and - a deployment guiding element, said hinge portion comprising a first member, a second member and a hinge pivot axis providing a hinged connection between said first member and said second member, said deployment guiding element comprising a first end pivotally connected to said bracket portion and a second end pivotally connected to said first member, characterized by said bracket portion being arranged to be in a fixed position relative to said first member during movement in said hinged connection, said bracket portion being arranged to be translationally displaced as a whole at least in said vertical direction in relation to said first member of said hinge portion during said transition of said hinge arrangement between said normal state and said deployed state, said deployment guiding element being adapted to control said transition, said hinged connection being inactive during said transition, said deployment guiding element comprising a deformation control means (51, 55, 59) configured to make said deployment guiding element deformable at a preselectable force level in said deployed state of said hinge arrangement, such that said bracket portion is displaceable towards said first member. - a hinge portion adapted to be attached, directly or indirectly, to a body of said vehicle, - a bracket portion adapted to be attached, directly or indirectly, to said bonnet, and - a deployment guiding element,
A ceiling recessed lamp (a) with a tubular gas discharge lamp, (b) with at least one - viewed from the area to be illuminated - concavely curved reflector arranged next to the lamp, (c) at least one - also viewed from the area to be illuminated - diffuser at least partially permeable to light arranged next to the lamp but in front of the reflector, and (d) with a - viewed from the area to be illuminated - light-distributor element arranged in front of the lamp, wherein (e) the diffuser and the reflector converge at their end located at a distance from the lamp in such a way that they a comprise at least one light chamber, (f) on each side of the lamp a light chamber is arranged and (g) the reflector together with an upper edge of a side wall of the light-distributor element next to the lamp delimits a light entry surface for the corresponding light chamber, characterized in that (h) the ratio of the width (a) of a light chamber to the height (b) of the light entry surface is between 4:1 and 5:1, (i) the diffuser extends up to the side wall of the light-distributor element and (j) the individual components of the lamp are arranged within a box-shaped container. (a) with a tubular gas discharge lamp, (b) with at least one - viewed from the area to be illuminated - concavely curved reflector arranged next to the lamp, (c) at least one - also viewed from the area to be illuminated - diffuser at least partially permeable to light arranged next to the lamp but in front of the reflector, and (d) with a - viewed from the area to be illuminated - light-distributor element arranged in front of the lamp, wherein (e) the diffuser and the reflector converge at their end located at a distance from the lamp in such a way that they a comprise at least one light chamber, (f) on each side of the lamp a light chamber is arranged and (g) the reflector together with an upper edge of a side wall of the light-distributor element next to the lamp delimits a light entry surface for the corresponding light chamber, characterized in that (h) the ratio of the width (a) of a light chamber to the height (b) of the light entry surface is between 4:1 and 5:1, (i) the diffuser extends up to the side wall of the light-distributor element and (j) the individual components of the lamp are arranged within a box-shaped container.
System (Sys) for fail-safe supplying of an electrical consumer with a redundantly designed energy bus, via which decentralised functional units (E, S, W, Bue, AC), which are arranged in a rail safety installation and can be characterised as electrical consumers, are supplied with electrical energy, wherein: a) a higher-level controller system is provided, which exchanges information with the decentralised functional units by means of data telegrams via a data bus, b) network node units are arranged sequentially between two feed points (PS1, PS2) of an energy bus with an annular construction, which provide the decentralised functional units with access to the energy bus and optionally also to the data bus, c) the network node units possess a switch module which can be controlled by a control unit, which comprises a first switch and a second switch, wherein access to the two feed points (PS1, PS2) can be switched by the two switches (S1, S2), d) there is provision on each side of the decentralised functional unit for a resistor subassembly (RG1, RG2) arranged between the positive conductor (Bus+) and the negative conductor (Bus-) of the energy bus in each case, the output of which (A1, A2) is connected to an input of a switch group (S3, S4) in each case, which connects one of the two conductors (Bus+, Bus-) of the energy bus to the decentralised functional unit, wherein the resistor subassembly (RG1, RG2) is configured such that the switch group (S3, S4) connects through in the presence of the bus voltage; and e) a control output (ST1, ST2) connected to the output of the resistor subassembly (RG1, RG2) in each case, with which the output voltage provided by the resistor subassembly (RG1, RG2) can be manipulated. a) a higher-level controller system is provided, which exchanges information with the decentralised functional units by means of data telegrams via a data bus, b) network node units are arranged sequentially between two feed points (PS1, PS2) of an energy bus with an annular construction, which provide the decentralised functional units with access to the energy bus and optionally also to the data bus, c) the network node units possess a switch module which can be controlled by a control unit, which comprises a first switch and a second switch, wherein access to the two feed points (PS1, PS2) can be switched by the two switches (S1, S2), d) there is provision on each side of the decentralised functional unit for a resistor subassembly (RG1, RG2) arranged between the positive conductor (Bus+) and the negative conductor (Bus-) of the energy bus in each case, the output of which (A1, A2) is connected to an input of a switch group (S3, S4) in each case, which connects one of the two conductors (Bus+, Bus-) of the energy bus to the decentralised functional unit, wherein the resistor subassembly (RG1, RG2) is configured such that the switch group (S3, S4) connects through in the presence of the bus voltage; and e) a control output (ST1, ST2) connected to the output of the resistor subassembly (RG1, RG2) in each case, with which the output voltage provided by the resistor subassembly (RG1, RG2) can be manipulated.
A process for preparing EDDN and/or EDMN by conversion of FA, HCN and EDA, the conversion being effected in the presence of water, and water being depleted from the reaction mixture in a distillation column after the conversion, which comprises performing the distillation in the presence of an organic solvent which forms a miscibility gap with water and is selected from the group of cyclohexane, methylcyclohexane, toluene, N-methylmorpholine, o-xylene, m-xylene or p-xylene, anisole, n-pentane, n-hexane, n-heptane, n-octane, n-nonane, diisobutyl ether, light petroleum, benzine (benzene) diglyme, 2-methyl-THF, which has a boiling point between water and EDDN and/or EDMN at the distillation pressure existing in the column or which forms a low-boiling azeotrope with water.
An image processing device comprising: a geometric correction unit (25, 26) configured to correct distortion of a first image and a second image captured by a first rolling shutter-type image sensor and a second rolling shutter-type image sensor, respectively, mounted in a vehicle; and a parallax calculation unit configured to calculate a parallax using a first corrected image and a second corrected image that are corrected by the geometric correction unit (25, 26); characterized by an exposure time difference adjusting unit configured to adjust a geometric correction position of at least one image based on a difference between a geometric correction amount used for distortion correction of a first image serving as a reference and a geometric correction amount used for distortion correction of a second image and based on vehicle information regarding a position or movement of the vehicle. a geometric correction unit (25, 26) configured to correct distortion of a first image and a second image captured by a first rolling shutter-type image sensor and a second rolling shutter-type image sensor, respectively, mounted in a vehicle; and a parallax calculation unit configured to calculate a parallax using a first corrected image and a second corrected image that are corrected by the geometric correction unit (25, 26); characterized by an exposure time difference adjusting unit configured to adjust a geometric correction position of at least one image based on a difference between a geometric correction amount used for distortion correction of a first image serving as a reference and a geometric correction amount used for distortion correction of a second image and based on vehicle information regarding a position or movement of the vehicle.