mhurhangee/ep-ind-claims huggingface dataset:
A motorcycle with a cooling apparatus for cooling an internal combustion engine comprising: a crankcase in which a crankshaft is contained; a cylinder body comprising a cylinder provided therein; and a cylinder head connected to the cylinder body and defining a portion of a combustion chamber, the cooling apparatus comprising: a radiator that cools cooling water; a water pump that conveys the cooling water cooled by the radiator; a cooling passage that comprises a cylinder head cooling passage provided in the cylinder head, a cylinder body cooling passage provided in the cylinder body, and a connection passage through which the cylinder head cooling passage and the cylinder body cooling passage are connected to each other; and an introduction passage provided in the cylinder body to guide the cooling water to the cylinder head cooling passage of the cooling passage, wherein the cooling passage comprises an outlet which is disposed forward of the cylinder body and through which the cooling water flows out from the cylinder body cooling passage. a radiator that cools cooling water; a water pump that conveys the cooling water cooled by the radiator; a cooling passage that comprises a cylinder head cooling passage provided in the cylinder head, a cylinder body cooling passage provided in the cylinder body, and a connection passage through which the cylinder head cooling passage and the cylinder body cooling passage are connected to each other; and an introduction passage provided in the cylinder body to guide the cooling water to the cylinder head cooling passage of the cooling passage, wherein the cooling passage comprises an outlet which is disposed forward of the cylinder body and through which the cooling water flows out from the cylinder body cooling passage.
A battery pack, comprising: a module assembly including a plurality of secondary batteries, and a plurality of cartridges configured to be stacked with each other and configured to surround an outer circumference of the secondary batteries at an outer side, the plurality of cartridges being at least partially made of thermally-conductive material; and a pack case having an empty space therein to accommodate the module assembly, said pack case including an upper case and a lower case wherein the module assembly is accommodated in the inner space of the lower case and the upper case, and the lower case and the upper case are coupled to each other to configure the pack case and said pack case is at least partially made of thermally-conductive material to discharge heat of the module assembly, wherein the cartridge has a tetragonal ring shape to accommodate in an inner space thereof, and at least a part of an outer circumference of the secondary battery is adhered to an inner surface of the cartridge by means of an adhesive, and characterized in that the module assembly has upper and lower portions which come into contact with an inner side of the pack case. a module assembly including a plurality of secondary batteries, and a plurality of cartridges configured to be stacked with each other and configured to surround an outer circumference of the secondary batteries at an outer side, the plurality of cartridges being at least partially made of thermally-conductive material; and a pack case having an empty space therein to accommodate the module assembly, said pack case including an upper case and a lower case wherein the module assembly is accommodated in the inner space of the lower case and the upper case, and the lower case and the upper case are coupled to each other to configure the pack case and said pack case is at least partially made of thermally-conductive material to discharge heat of the module assembly, wherein the cartridge has a tetragonal ring shape to accommodate in an inner space thereof, and at least a part of an outer circumference of the secondary battery is adhered to an inner surface of the cartridge by means of an adhesive, and characterized in that the module assembly has upper and lower portions which come into contact with an inner side of the pack case.
A drive control device for a surgical motor system comprising a motor control unit for controlling an electric motor in an open and/or closed loop, said electric motor driving a surgical tool, characterized by a parameter specification device which is provided upstream of the motor control unit and determines the current medical application on the basis of a detected state or state history of the electric motor of the surgical motor system, selects a control mode which is suitable for said medical application and gives the motor control unit such open or closed loop parameters that the open or closed loop control profile of the electric motor corresponds to the selected control mode.
A Crystal Form D of a compound of formula I, characterized in that, the Crystal Form has an X-ray powder diffraction pattern comprising peaks at diffraction angles (2θ) of 4.9±0.2°, 6.0±0.2°, 12.5±0.2°, 18.3±0.2°, 18.9±0.2°, 21.0±0.2°, 23.8±0.2°
BIN FOR COLLECTING SOLID WASTE, in particular urban waste, comprising two containers, an outer covering container and an inner container for collecting waste, a rigid frame, arranged in the gap between said two containers (1, 2), said rigid frame resting with four stanchions (3.1) on the bottom of the more outer covering container, where four wheels are applied, and a plurality of load cells arranged on the upper edge (3.2) of the rigid frame to support the most inner container, so as to be able to detect the weight of the waste deposited in the bin by the user.
An EHT extract comprising tryptamides, diterpenes and caffeine, wherein the tryptamides are represented by Formula wherein n is 14-22 and one or more of the CH 2 groups in the (CH 2) n group can optionally be replaced with CH to provide one or more double bonds, wherein the tryptamides comprise a mixture of late eluting tryptamides, wherein n in Formula is 18 or more, and early eluting tryptamides, wherein n in Formula is less than 18, in a weight ratio of at least 7:1 late eluting tryptamides to early eluting tryptamides, wherein the extract includes at least 30% eicosanoyl-5-hydroxytryptamide, based on the total weight of the tryptamides in the extract; wherein the amount of diterpenes is less than 2 mg/kg of the extract and wherein the amount of caffeine does not exceed 15%, based on the total weight of the extract.
A module for controlling an electronic lock, the module being configured to unlock the lock in at least two phases, a first phase and a second phase; the module comprising: an electric motor configured to drive a mechanical locking mechanism for unlocking the lock; a controller that is configured to control the electric motor and to receive one or more wireless signals from an electronic key; a user interface connected to the controller configured to detect a user interaction; wherein the module is characterized in that the controller is further configured to: determine on the basis of the one or more wireless signals that the electronic key is within a predetermined distance from the lock and in response initiate the first phase comprising controlling the electric motor to drive the mechanical locking mechanism to partially unlock the lock; detect interaction with the user interface of the lock; and, after completion of the first phase, initiate on the basis of the detected user interaction the second phase, comprising controlling the electric motor to drive the mechanical locking mechanism to fully unlock the lock. an electric motor configured to drive a mechanical locking mechanism for unlocking the lock; a controller that is configured to control the electric motor and to receive one or more wireless signals from an electronic key; a user interface connected to the controller configured to detect a user interaction; wherein the module is characterized in that the controller is further configured to: determine on the basis of the one or more wireless signals that the electronic key is within a predetermined distance from the lock and in response initiate the first phase comprising controlling the electric motor to drive the mechanical locking mechanism to partially unlock the lock; detect interaction with the user interface of the lock; and, after completion of the first phase, initiate on the basis of the detected user interaction the second phase, comprising controlling the electric motor to drive the mechanical locking mechanism to fully unlock the lock. determine on the basis of the one or more wireless signals that the electronic key is within a predetermined distance from the lock and in response initiate the first phase comprising controlling the electric motor to drive the mechanical locking mechanism to partially unlock the lock; detect interaction with the user interface of the lock; and, after completion of the first phase, initiate on the basis of the detected user interaction the second phase, comprising controlling the electric motor to drive the mechanical locking mechanism to fully unlock the lock.
An isolated antibody, or one of its c-Met-binding divalent fragments, characterized in that the antibody comprises a heavy chain comprising CDR-H1, CDR-H2 and CDR-H3 comprising respectively the amino acid sequences SEQ ID Nos. 56, 57 and 58; and a light chain comprising CDR-L1, CDR-L2 and CDR-L3 comprising respectively the amino acid sequences SEQ ID Nos. 59, 60 and 61.
Method for transferring material comprising the steps of a. Docking a receiving device to an outlet opening of a transfer chamber by means of a first docking unit having a passage opening, b. Positioning a dispensing device at an inlet opening of the transfer chamber such that material can be transferred into the transfer chamber through the inlet opening, c. Dispensing the materials contained in the dispensing device through the inlet opening of the transfer chamber and transferring said materials through the transfer chamber and the passage opening of the docking unit into the receiving device, d. Closing the receiving device after transfer of the material at a portion of the receiving device, which is located between the transferred material and the docking unit, and removing the receiving device from the docking unit, characterised in that the first and a second docking unit (3, 3.1) assume the following positions in relation to the transfer chamber: a. a first position in which the first docking unit hermetically docks with an opening wall defining the outlet opening, b. a second position in which the first docking unit and the second docking unit (3.1) simultaneously and hermetically dock with the opening wall, and c. a third position in which the first docking unit is released into an interior space of the transfer chamber, and the second docking unit (3.1) occupies the first position, wherein the first and the second docking unit (3, 3.1) can be translationally displaced along the opening wall while maintaining the hermetic connection, such that in the first, in the second and in the third position, as well as during a change of position, a continuous hermetic connection is maintained between the outlet opening and the first and/or the second docking unit (3, 3.1). a. Docking a receiving device to an outlet opening of a transfer chamber by means of a first docking unit having a passage opening, b. Positioning a dispensing device at an inlet opening of the transfer chamber such that material can be transferred into the transfer chamber through the inlet opening, c. Dispensing the materials contained in the dispensing device through the inlet opening of the transfer chamber and transferring said materials through the transfer chamber and the passage opening of the docking unit into the receiving device, d. Closing the receiving device after transfer of the material at a portion of the receiving device, which is located between the transferred material and the docking unit, and removing the receiving device from the docking unit, a. a first position in which the first docking unit hermetically docks with an opening wall defining the outlet opening, b. a second position in which the first docking unit and the second docking unit (3.1) simultaneously and hermetically dock with the opening wall, and c. a third position in which the first docking unit is released into an interior space of the transfer chamber, and the second docking unit (3.1) occupies the first position,
An avalanche airbag system including at least one airbag and a filling device for introducing ambient air into the airbag, wherein the filling device includes at least one fan with an electric motor, a first electrical energy storage (22, 40), a second electrical energy storage formed as a capacitor, and a control device for controlling the electric motor, wherein the avalanche airbag system includes an actuating device, by means of which the filling device can be brought into a triggered state, in which the filling device introduces ambient air into the airbag, characterized in that the avalanche airbag system includes a switch different from the actuating device, wherein the filling device can be put into a standby mode by actuating the switch, wherein the control device is formed to detect an activation of the standby mode of the filling device and to effect charging of the capacitor with electrical energy originating from the first energy storage (22, 40) depending on the activation of the standby mode, wherein, if the filling device is in the standby mode, actuation of the actuating device causes the fan to fill the airbag with ambient air.
Area dosimeter device with at least one scattering body (2, 3), having at least two scattering body assemblies (2, 3), where the at least two scattering body assemblies (2, 3) have at least one alignment device (16, 17) for mutual alignment of the at least two scattering body assemblies (2, 3) to one another, characterized in that in at least one of the two scattering body assemblies (2, 3) at least one tapered area is provided at least in some areas for receiving a connection device (7, 8).
A method for cell reselection and cell handover in a wireless communication system, comprising: - a user equipment measuring its proximity to at least one cell, or radio access node, by at least detecting the signal emission power thereof; - said user equipment determining that said at least one cell is a candidate for cell reselection or handover as a function of said signal emission power; and - performing said cell reselection or handover between said user equipment and said candidate cell; wherein the method is characterised in that it comprises said user equipment recognizing some cells as distinctive cells which radio section can be switched off when no user equipment is camping in it, and determining them as candidate cells for cell reselection or handover even if their signal emission power is not detected. - a user equipment measuring its proximity to at least one cell, or radio access node, by at least detecting the signal emission power thereof; - said user equipment determining that said at least one cell is a candidate for cell reselection or handover as a function of said signal emission power; and - performing said cell reselection or handover between said user equipment and said candidate cell;
A crystal oscillator emulator device for generating an output signal having a frequency, the device having a die temperature, comprising: a first temperature sensor to sense a first temperature, the first temperature being the die temperature; and a non-volatile memory to store calibration information for controlling the output signal frequency as a function of the first temperature; characterized in that it further comprises a semiconductor oscillator to generate the output signal as a function of the calibration information, wherein the semiconductor oscillator is a non-crystal resonant oscillator; a select input to select a specific output signal frequency as a function of an external passive component coupled to the select input; a second temperature sensor to sense an external temperature; a heater to control the die temperature; and a controller, to control the heater such that the die temperature is adjusted to a temperature level which is greater than the external temperature. a first temperature sensor to sense a first temperature, the first temperature being the die temperature; and a non-volatile memory to store calibration information for controlling the output signal frequency as a function of the first temperature; characterized in that it further comprises a semiconductor oscillator to generate the output signal as a function of the calibration information, wherein the semiconductor oscillator is a non-crystal resonant oscillator; a select input to select a specific output signal frequency as a function of an external passive component coupled to the select input; a second temperature sensor to sense an external temperature; a heater to control the die temperature; and a controller, to control the heater such that the die temperature is adjusted to a temperature level which is greater than the external temperature.
An organic light emitting diode base substrate, comprising: a support substrate; and a light outcoupling layer on the support substrate for enhancing light outcoupling efficiency of an organic light emitting display substrate, the light outcoupling layer having a corrugated surface on a side of the light outcoupling layer distal to the support substrate, the light outcoupling layer comprising a polymer material having a gradient distribution in a direction from the corrugated surface to the support substrate, characterised by that: the polymer material comprises a hydrophobic polymer material having a gradient distribution such that a content of the hydrophobic polymer material decreases in the direction from the corrugated surface to the support substrate. a support substrate; and a light outcoupling layer on the support substrate for enhancing light outcoupling efficiency of an organic light emitting display substrate, the light outcoupling layer having a corrugated surface on a side of the light outcoupling layer distal to the support substrate, the light outcoupling layer comprising a polymer material having a gradient distribution in a direction from the corrugated surface to the support substrate,
A polishing pad comprising: a knitted fabric constituted by warp knitting or weft knitting; and a resin with which the knitted fabric is impregnated, wherein the polishing pad has a cross section cut in a surface direction of the knitted fabric, as a polishing surface, wherein a fiber constituting the knitted fabric is at least partially a false twisted yarn.
A service processing method, comprising: converting formats of service instructions; and scheduling the converted service instructions according to a preset policy; characterised in that the service instructions are received from multiple interfaces of a terminal and converted to a uniform format recognizable by the terminal the step of scheduling the converted service instructions according to a preset policy comprises: scheduling the converted service instructions according to a preset priority sequence; and before the step of scheduling the converted service instructions according to a preset priority sequence, the method further comprises: setting the priority sequence according to network loading condition, and/or time when the interfaces are required to be used for the service instructions. converting formats of service instructions; and scheduling the converted service instructions according to a preset policy; characterised in that the service instructions are received from multiple interfaces of a terminal and converted to a uniform format recognizable by the terminal the step of scheduling the converted service instructions according to a preset policy comprises: scheduling the converted service instructions according to a preset priority sequence; and before the step of scheduling the converted service instructions according to a preset priority sequence, the method further comprises: setting the priority sequence according to network loading condition, and/or time when the interfaces are required to be used for the service instructions.
A method in a radio network node for determining whether a wireless device is a suitable candidate for handover to a target cell for load balancing reasons, the radio network node serving a source cell to which the wireless device is connected, the method comprising: determining a first level of coverage of the target cell characterized in that the determining is based on a first measurement report, received from any wireless device connected to the radio network node and served by the source cell, which first measurement report is regarding a first measurement performed by said any wireless device on the target cell, storing measurement data obtained from a second measurement by said any wireless device, which second measurement relates to the source cell, and which second measurement is at least one of a layer 2 measurement and a layer 1 measurement on the source cell, establishing a correlation between the determined first level of coverage of the target cell and the stored measurement data, updating statistical data based on the established correlation, determining whether the wireless device is a suitable candidate for handover to the target cell for load balancing reasons, based on the updated statistical data. determining a first level of coverage of the target cell characterized in that the determining is based on a first measurement report, received from any wireless device connected to the radio network node and served by the source cell, which first measurement report is regarding a first measurement performed by said any wireless device on the target cell, storing measurement data obtained from a second measurement by said any wireless device, which second measurement relates to the source cell, and which second measurement is at least one of a layer 2 measurement and a layer 1 measurement on the source cell, establishing a correlation between the determined first level of coverage of the target cell and the stored measurement data, updating statistical data based on the established correlation, determining whether the wireless device is a suitable candidate for handover to the target cell for load balancing reasons, based on the updated statistical data.
A floatation device comprising: a buoyancy chamber; a cryogen reservoir; anda heating pipe providing switchable fluid communication between the cryogen reservoir and the buoyancy chamber, characterized by the floatation device further comprising a microprocessor and a plurality of sensors (410, 412, 414, 418, 420), wherein the microprocessor contains a unique indentifier for the device.