mhurhangee/ep-ind-claims huggingface dataset:
A solid protein formulation comprising a stabilizer, a sugar alcohol, a sugar and a surfactant, wherein said stabilizer is histidine; said sugar alcohol is mannitol; said sugar is sucrose; and said surfactant is polysorbate-80; and wherein prior to being solidified, the concentration of histidine is 10 mM, the concentration of mannitol is 2%, the concentration of sucrose is 0.5% and the concentration of polysorbate-80 is 0.005% (w/v). said stabilizer is histidine; said sugar alcohol is mannitol; said sugar is sucrose; and said surfactant is polysorbate-80; and wherein prior to being solidified, the concentration of histidine is 10 mM, the concentration of mannitol is 2%, the concentration of sucrose is 0.5% and the concentration of polysorbate-80 is 0.005% (w/v).
A method of coupling microelectronic components, comprising: selecting first and second integrated circuit dies (102, 102') each integrated circuit die (102, 102') including a surface comprising at least one conductive area (114, 116, 118, 120); forming a layer of a dielectric on at least one of said surfaces of the integrated circuit dies (102, 102') wherein: the layer of the dielectric is formed over the conductive areas (114, 116, 118, 120) and over exposed parts of the at least one surface, and the layer of dielectric has a thickness less than or equal to approximately 50 nanometers; and etching, lapping or polishing the layer of the dielectric down to the exposed parts of the at least one surface to form a flat surface comprising the layer of the dielectric and the exposed parts of the at least one surface; and stacking the integrated circuit dies (102, 102') by coupling the surfaces and forming a capacitive interface, wherein the capacitive interface comprises: the or each layer of the dielectric (502, 508), and respective conductive areas (114, 116, 118, 120) of the two integrated circuit dies (102, 102') on opposing sides of the layer of the dielectric. selecting first and second integrated circuit dies (102, 102') each integrated circuit die (102, 102') including a surface comprising at least one conductive area (114, 116, 118, 120); forming a layer of a dielectric on at least one of said surfaces of the integrated circuit dies (102, 102') wherein: the layer of the dielectric is formed over the conductive areas (114, 116, 118, 120) and over exposed parts of the at least one surface, and the layer of dielectric has a thickness less than or equal to approximately 50 nanometers; and etching, lapping or polishing the layer of the dielectric down to the exposed parts of the at least one surface to form a flat surface comprising the layer of the dielectric and the exposed parts of the at least one surface; and the layer of the dielectric is formed over the conductive areas (114, 116, 118, 120) and over exposed parts of the at least one surface, and the layer of dielectric has a thickness less than or equal to approximately 50 nanometers; and etching, lapping or polishing the layer of the dielectric down to the exposed parts of the at least one surface to form a flat surface comprising the layer of the dielectric and the exposed parts of the at least one surface; and stacking the integrated circuit dies (102, 102') by coupling the surfaces and forming a capacitive interface, wherein the capacitive interface comprises: the or each layer of the dielectric (502, 508), and respective conductive areas (114, 116, 118, 120) of the two integrated circuit dies (102, 102') on opposing sides of the layer of the dielectric. the or each layer of the dielectric (502, 508), and respective conductive areas (114, 116, 118, 120) of the two integrated circuit dies (102, 102') on opposing sides of the layer of the dielectric.
Apparatus for introducing objects into a flow of filter material, comprising: a reservoir (52, 112) for providing objects to be introduced into the flow of filter material; and a vertically arranged feeding wheel (3,31,32,33,34,53,101,102,103,113,133), characterized by the feeding wheel for receiving the objects discharged from the reservoir at a central portion (15,35,115,135) of the feeding wheel, and for transporting the objects through rotation of the feeding wheel from the central portion to a peripheral portion of the feeding wheel, from where the objects are transferable for introduction of the objects into the flow of filter material, in that the feeding wheel comprises a plurality of transport channels (4,54) for transporting the objects, each transport channel extending from a channel inlet (24,36) arranged at the central portion of the feeding wheel to a channel outlet arranged at the peripheral portion of the feeding wheel, and in that several transport channels of the plurality of transport channels are non-radially extending channels. a reservoir (52, 112) for providing objects to be introduced into the flow of filter material; and a vertically arranged feeding wheel (3,31,32,33,34,53,101,102,103,113,133), characterized by the feeding wheel for receiving the objects discharged from the reservoir at a central portion (15,35,115,135) of the feeding wheel, and for transporting the objects through rotation of the feeding wheel from the central portion to a peripheral portion of the feeding wheel, from where the objects are transferable for introduction of the objects into the flow of filter material, in that the feeding wheel comprises a plurality of transport channels (4,54) for transporting the objects, each transport channel extending from a channel inlet (24,36) arranged at the central portion of the feeding wheel to a channel outlet arranged at the peripheral portion of the feeding wheel, and in that several transport channels of the plurality of transport channels are non-radially extending channels.
Adapter device which can be inserted into a cartridge receptacle of a printer and which is configured for receiving an ink cartridge, which adapter device comprises a substantially flat main element which extends in the insertion direction and, transversely with respect thereto, in the vertical direction, and from which, at least in its upper or lower region, a wall part projects laterally out of the surface extent, an actuating slide being mounted on the at least one wall part or on the main element such that it can be displaced longitudinally in the insertion direction, which actuating slide comprises a pushing finger at its front end in the insertion direction and an actuating piece in its rear region, it being possible for the pushing finger to be pushed forwards in the insertion direction beyond the main element, and characterized in that the actuating piece has a rearwardly directed actuating face which extends into the region between the wall part and the main body.
Machine for dispensing a beverage comprising a chamber for receiving a barrel forming a beverage refill and a device for filling the beverage contained in the barrel, said filling device being handled by the consumer, said machine for dispensing a beverage resting on feet (4, 5, 6) and comprising a control circuit comprising a system for measuring a remaining amount of beverage in the barrel, the system for measuring a remaining amount of beverage comprising at least one weight sensor arranged in only at least one of the feet placed opposite the filling device, characterised in that it comprises a single foot arranged opposite the filling device, the system for measuring a remaining amount of beverage comprising one single weight sensor arranged in the single foot placed opposite the filling device.
Device for processing an agricultural ground surface with a transverse carrier which can be coupled to a pulling vehicle transversely relative to the travel direction and on which at least one slurry dispensing unit and at least one associated disc coulter is retained, the disc coulter being rotatably supported about a coulter axis on a retention member which is secured to the transverse carrier, characterised in that the retention member can be pivoted about an axis (16, 17) which is substantially vertical relative to the ground surface so that the disc coulter can be positioned at different angles with respect to the travel direction.
A protective device that protects a portion of the wearer's anatomy from impact, the protective device comprising: a plurality of impact absorbing plates (600, 700, 701), each of the plurality of impact absorbing plates (600, 700, 701) having a top surface and a bottom surface; a plurality of connection points (650, 660, 750) on the top surfaces of the plurality of impact absorbing plates; and a plurality of connection points (640, 670, 760) on the bottom surfaces of the plurality of impact absorbing plates, each of the plurality of connection points on the bottom surfaces of the plurality of impact absorbing plates adapted to connect to the connection points on the top surfaces of the impact absorbing plates, the plurality of impact absorbing plates being retained in a partially overlapping fashion over the portion of the wearer's anatomy to be protected from impact when the connection points on the bottom surfaces are connected to the connection points on the top surfaces and the protective device is worn, characterized in that the connection points (650, 660, 750) on the top surface of a first plate (600, 700) of the plurality of impact absorbing plates are ridges and the connection points (640, 670, 760) on the bottom surface of a second plate of the plurality of impact absorbing plates are corresponding slots.
Auxiliary device for arranging and attaching a secondary construction comprising an anode cage in a desired position on an already present offshore primary construction comprising a foundation pile or transition piece of an offshore wind turbine, the auxiliary device comprising a peripheral support body equipped with coupling means from which it can be suspended from a hoisting means, carried into the vicinity of the primary construction, and positioned around the primary construction, wherein the support body further comprises remotely controlled tools (13, 17-19, 37), which remotely controlled tools (13, 17-19, 37) comprise: - a tool ( configured to engage the secondary construction and provide it into the desired position, and then release it in the desired position; - further tools (37, 19) configured for realizing an electrical and mechanical connection between the secondary and the primary construction; - positioning tools (17, 18) configured to position the secondary construction relative to the primary construction, and to guide the secondary construction along the primary construction; wherein the coupling means of the auxiliary device allow, after the electrical and mechanical connection between the secondary and the primary construction has been realized by said further tools, moving the auxiliary device out of the vicinity of the primary construction by hoisting it using the hoisting means, leaving the first and second construction mutually connected. - a tool ( configured to engage the secondary construction and provide it into the desired position, and then release it in the desired position; - further tools (37, 19) configured for realizing an electrical and mechanical connection between the secondary and the primary construction; - positioning tools (17, 18) configured to position the secondary construction relative to the primary construction, and to guide the secondary construction along the primary construction;
A personal weather device, the device, the device comprising: an umbrella (20a-n) comprising, a water-resistant, storage pocket on a surface of a covering that substantially, completely repels water at a plurality of angles of precipitation; a plurality of movable, silicone coated ribs (201a-n), each comprising a no-slip surface for supporting one or more items; a locking subsystem (203c,d) comprising a non-square shaped groove and a non-square shaped, elongated key configured to fit into the groove forming an arrangement that reduces inadvertent openings of the umbrella; and a handle subsystem operable to detect the opening and closing of the umbrella, generate data based on the opening and closing to identify weather conditions, passively sense a plurality of the weather conditions and communicatively exchange the data and the passively sensed weather conditions with a communications device (30a-n, 31a-n)). an umbrella (20a-n) comprising, a water-resistant, storage pocket on a surface of a covering that substantially, completely repels water at a plurality of angles of precipitation; a plurality of movable, silicone coated ribs (201a-n), each comprising a no-slip surface for supporting one or more items; a locking subsystem (203c,d) comprising a non-square shaped groove and a non-square shaped, elongated key configured to fit into the groove forming an arrangement that reduces inadvertent openings of the umbrella; and a handle subsystem operable to detect the opening and closing of the umbrella, generate data based on the opening and closing to identify weather conditions, passively sense a plurality of the weather conditions and communicatively exchange the data and the passively sensed weather conditions with a communications device (30a-n, 31a-n)).
Forming device for forming an inner rim of a round blank ring of a round blank, having a lower tool comprising a die that can be moved along a working axis, having a support ring coaxially arranged around the working axis and being resiliently supported on the die in the direction of the working axis by means of a first spring arrangement, having an upper tool comprising a holding sleeve that completely encloses the round blank ring in the forming position along the outside contour of the round blank ring, having at least one forming tool that is configured as a spreading tool, that is arranged on the die of the lower tool and that is configured to engage into the round blank ring in the forming position and to be expanded radially relative to the working axis and to form the inner rim, wherein the upper tool comprises an ejection device configured to move the round blank ring, after having been formed, out of the forming position and back into the transport plane, characterized in that the support ring encloses the forming tool coaxially and is configured to move the round blank ring out of the transport plane into the forming position during movement of the die along the working axis in direction toward the upper tool, and that a spreading mandrel is arranged on the upper tool that is configured for expanding the spreading tool and that has a section tapering toward its free end. having a lower tool comprising a die that can be moved along a working axis, having a support ring coaxially arranged around the working axis and being resiliently supported on the die in the direction of the working axis by means of a first spring arrangement, having an upper tool comprising a holding sleeve that completely encloses the round blank ring in the forming position along the outside contour of the round blank ring, having at least one forming tool that is configured as a spreading tool, that is arranged on the die of the lower tool and that is configured to engage into the round blank ring in the forming position and to be expanded radially relative to the working axis and to form the inner rim, wherein the upper tool comprises an ejection device configured to move the round blank ring, after having been formed, out of the forming position and back into the transport plane, characterized in that the support ring encloses the forming tool coaxially and is configured to move the round blank ring out of the transport plane into the forming position during movement of the die along the working axis in direction toward the upper tool, and that a spreading mandrel is arranged on the upper tool that is configured for expanding the spreading tool and that has a section tapering toward its free end.
A controls system suitable for use an automated vehicle, said system comprising: a primary-control-device installed in a vehicle, said primary-control-device selectively enabled to allow operation from an operator-seat of the vehicle by an operator of the vehicle to control movement of the vehicle; a secondary-control-device installed in the vehicle, said secondary-control-device selectively enabled to allow operation from a passenger-seat of the vehicle by a passenger of the vehicle to control movement of the vehicle; an occupant-detection-device used to determine an operator-state-of-awareness of the operator and a passenger-state-of-awareness of the passenger; a controller in communication with the primary-control-device, the secondary-control-device, and the operator-detection-device, said controller configured to selectively enable the secondary-control-device to override the primary-control-device when the passenger-state-of-awareness indicates greater awareness than the operator-state-of-awareness. a primary-control-device installed in a vehicle, said primary-control-device selectively enabled to allow operation from an operator-seat of the vehicle by an operator of the vehicle to control movement of the vehicle; a secondary-control-device installed in the vehicle, said secondary-control-device selectively enabled to allow operation from a passenger-seat of the vehicle by a passenger of the vehicle to control movement of the vehicle; an occupant-detection-device used to determine an operator-state-of-awareness of the operator and a passenger-state-of-awareness of the passenger; a controller in communication with the primary-control-device, the secondary-control-device, and the operator-detection-device, said controller configured to selectively enable the secondary-control-device to override the primary-control-device when the passenger-state-of-awareness indicates greater awareness than the operator-state-of-awareness.
A method for a User Equipment, UE, performing a Logical Channel Prioritization, LCP, procedure at a wireless communication system, the method comprising: configuring a first cell group of licensed band including at least one first cell and a second cell group of unlicensed band including at least one second cell; receiving information related to two priorities including a first priority and a second priority configured for a logical channel for the LCP procedure; receiving, from one of the first and the second cells, an uplink grant; when the uplink grant is received from the first cell, selecting the first priority as a priority of the logical channel; and when the uplink grant is received from the second cell, selecting the second priority as a priority of the logical channel; and performing the LCP procedure for the logical channel based on the selected priority. configuring a first cell group of licensed band including at least one first cell and a second cell group of unlicensed band including at least one second cell; receiving information related to two priorities including a first priority and a second priority configured for a logical channel for the LCP procedure; receiving, from one of the first and the second cells, an uplink grant; when the uplink grant is received from the first cell, selecting the first priority as a priority of the logical channel; and when the uplink grant is received from the second cell, selecting the second priority as a priority of the logical channel; and performing the LCP procedure for the logical channel based on the selected priority.
An image sensor, in particular a CMOS image sensor, for electronic cameras, having a plurality of pixels arranged in lines and columns, with each of the pixels comprising: a light-sensitive detector element to generate electrical charge from incident light; a transfer gate; a readout node which is charge coupled to the detector element via the transfer gate; a converter circuit to generate a measurement signal which is proportional to a charge present in the readout node; and a reset device to reset a charge present in the readout node to a reference value; and furthermore having a control device for the control of the transfer gate and of the reset device of the respective pixel, wherein the control device is configured such that the charge generated during a single exposure procedure in the respective detector element is transferred from the detector element to the readout node in a plurality of portions by applying at least three sequential transfer control signals to the transfer gate so that a respective charge transfer from the detector element to the readout node is made possible in order to generate a separate part value measurement signal for each charge transfer by means of the converter circuit, said part value measurement signal being proportional to the charge present in the readout node on the basis of the respective charge transfer, with the at least three transfer control signals having control values of different sizes, characterized in that the absolute value of the control value of each later one of the at least three transfer control signals is larger than the absolute value of the control value of a respective earlier one of the at least three transfer control signals. a light-sensitive detector element to generate electrical charge from incident light; a transfer gate; a readout node which is charge coupled to the detector element via the transfer gate; a converter circuit to generate a measurement signal which is proportional to a charge present in the readout node; and a reset device to reset a charge present in the readout node to a reference value;
Thermal control system for an electric vehicle comprising: - a high voltage battery, - a first heat exchanger adapted to be in contact with the ambient for circulating a heat exchange medium in thermal contact with the ambient, - a second heat exchanger in thermal contact with the battery, - a heat transport system for transporting the heat exchange medium from the first heat exchanger to an evaporator/condenser assembly (15,18) that is in thermal contact with the second heat exchanger for transfer of heat to the battery and for transporting the heat exchange medium back to the first heat exchanger, characterized in that at least one of the first and second heat exchangers (3,6) being provided with a vibration device (20,23, 27) for the releasing of ice formed on the at least one heat exchanger (3,6). - a high voltage battery, - a first heat exchanger adapted to be in contact with the ambient for circulating a heat exchange medium in thermal contact with the ambient, - a second heat exchanger in thermal contact with the battery, - a heat transport system for transporting the heat exchange medium from the first heat exchanger to an evaporator/condenser assembly (15,18) that is in thermal contact with the second heat exchanger for transfer of heat to the battery and for transporting the heat exchange medium back to the first heat exchanger, characterized in that