mhurhangee/ep-ind-claims huggingface dataset:
Transport packaging for transporting an object, with a container open at least initially on one side and having a base and at least two opposite side walls, characterized in that the two opposite side walls each have two opposite and mutually spaced regions each with at least one material weakness starting from the free upper edge, and that the transport packaging comprises at least two mutually spaced tear-round strips, wherein each is tensioned around the container in the region of two opposite material weaknesses and penetrates the side wall in the region of the material weakness.
A container for a pack of wet wipes, the pack having a stack of wet wipes and an aperture in the top surface through which the wet wipes are accessible for dispensing, the container comprising: the housing to receive the pack of wet wipes; an opening in the top surface of the housing arranged, in use, to align with the aperture in the pack; a door arranged to selectively close the opening; characterised in that the container further comprises a sensor arranged to detect the presence of the hand in the vicinity of the door; and a motor arranged to receive a signal from the sensor indicating movement in the vicinity of the door and to open the door upon receipt of the signal. the housing to receive the pack of wet wipes; an opening in the top surface of the housing arranged, in use, to align with the aperture in the pack; a door arranged to selectively close the opening; characterised in that the container further comprises a sensor arranged to detect the presence of the hand in the vicinity of the door; and a motor arranged to receive a signal from the sensor indicating movement in the vicinity of the door and to open the door upon receipt of the signal.
A motor vehicle having a windscreen and a pedestrian airbag arrangement, the airbag arrangement having an airbag defining an inflatable volume for the receipt of inflating gas, the inflatable volume having a primary chamber configured for inflation upon deployment of the airbag so as to extend over or across at least part of the windscreen; and a plurality of secondary chambers, each said secondary chamber being configured for inflation upon deployment of the airbag so as to adopt a respective deployed position between the primary chamber and the windscreen to thereby space the primary chamber from the windscreen, the arrangement being characterised in that at least one of said secondary chambers is of a type configured to inflate to a predetermined maximum thickness (t) measured across the chamber and has a structure defining a region of the chamber which is restricted from inflating to said maximum thickness (t) to thereby provide a localised narrowing of the chamber about which the chamber is configured to fold and/or buckle upon impact of a pedestrian against the primary chamber.
L-Histidine or salts thereof for use in lowering the release of free Gadolinium (Gd 3+) and decreasing the risks associated to its toxicity after a GDBCA (Gadolinium Based Contrast Agent) administration.
An apparatus for administering a single dose of an ophthalmic solution, the apparatus comprising: a vial that includes: a housing, multiple fluid containers disposed within the housing, wherein each fluid container of the multiple fluid containers contains a different ophthalmic solution, and wherein the multiple fluid containers are comprised of materials having different tensile strengths, which enables the different ophthalmic solutions contained in the multiple fluid containers to be sequentially administered in response to multiple applications of varying pressures; and a microfluidic flow channel through which ophthalmic solution is guided when a pressure is applied to the housing that causes deformation of at least one fluid container; and an applicator tip from which ophthalmic solution is ejected in the form of one or more droplets. a vial that includes: a housing, multiple fluid containers disposed within the housing, wherein each fluid container of the multiple fluid containers contains a different ophthalmic solution, and wherein the multiple fluid containers are comprised of materials having different tensile strengths, which enables the different ophthalmic solutions contained in the multiple fluid containers to be sequentially administered in response to multiple applications of varying pressures; and a microfluidic flow channel through which ophthalmic solution is guided when a pressure is applied to the housing that causes deformation of at least one fluid container; and a housing, multiple fluid containers disposed within the housing, wherein each fluid container of the multiple fluid containers contains a different ophthalmic solution, and wherein the multiple fluid containers are comprised of materials having different tensile strengths, which enables the different ophthalmic solutions contained in the multiple fluid containers to be sequentially administered in response to multiple applications of varying pressures; and wherein each fluid container of the multiple fluid containers contains a different ophthalmic solution, and wherein the multiple fluid containers are comprised of materials having different tensile strengths, which enables the different ophthalmic solutions contained in the multiple fluid containers to be sequentially administered in response to multiple applications of varying pressures; and a microfluidic flow channel through which ophthalmic solution is guided when a pressure is applied to the housing that causes deformation of at least one fluid container; and an applicator tip from which ophthalmic solution is ejected in the form of one or more droplets.
An in-line pipe inspection tool having: a body; magnets mounted in said body for generating a magnetic field in a pipe; and a plurality of sensor blocks, each sensor block supporting at least one sensor for sensing said magnetic field; wherein said sensor blocks are arranged adjacent to each other in an array, the array extending around at least a part of the circumference of the body, each sensor block is movable in a radial direction relative to said body, and each sensor block in the array is shaped such that one axial edge of each sensor block circumferentially overlaps the opposite axial edge of an adjacent sensor block, at least when the sensor blocks are in a radially innermost position and characterised in that one axial end of each of said sensor blocks is circumferentially offset relative to the other axial end of the corresponding one of said sensor blocks. a body; magnets mounted in said body for generating a magnetic field in a pipe; and a plurality of sensor blocks, each sensor block supporting at least one sensor for sensing said magnetic field; wherein said sensor blocks are arranged adjacent to each other in an array, the array extending around at least a part of the circumference of the body, each sensor block is movable in a radial direction relative to said body, and each sensor block in the array is shaped such that one axial edge of each sensor block circumferentially overlaps the opposite axial edge of an adjacent sensor block, at least when the sensor blocks are in a radially innermost position and characterised in that one axial end of each of said sensor blocks is circumferentially offset relative to the other axial end of the corresponding one of said sensor blocks.
Composition comprising gum acacia and at least one carotenoid, wherein the gum acacia has been subjected to a heat-treatment at a temperature between 100°C and 115°C for 13 to 38 hours, characterized in that the composition comprises less than 40 weight-% oil, based on the total composition in dry matter, and that the composition further comprises at least one modified starch and a polysaccharide as an adjuvant/ excipient, wherein the modified starch is OSA modified food starches and wherein the polysaccharide is maltodextrin.
Machine tool for machining a workpiece by means of a tool, wherein the machine tool comprises a clamping means for clamping the workpiece and a receiving means for receiving the tool, wherein the clamping means is mounted on a spindle head of a work spindle carrying the clamping means and the receiving means is mounted on a spindle head of a work spindle carrying the receiving means, and wherein the machine tool is configured to position the two work spindles (10, 20) relative to one another by means of numerically controllable axes such that the workpiece clamped in the clamping means can be machined by the tool received in the receiving means, and the two work spindles (10, 20) can each be fed to one another by at least one axis of rotation (R1, R2) and at least one linear axis (L1, L2, L3), characterised by two magazines (50, 60) which are each configured to store workpiece-carrying and non-workpiece-carrying clamping means and to store tool-carrying and non-tool-carrying receiving means, wherein the machine tool further comprises two manipulators (30, 40) which are configured to exchange workpiece-carrying and/or non-workpiece-carrying clamping means and tool-carrying and/or non-tool-carrying receiving means on the work spindles (10, 20), and wherein at least one of the two magazines (50, 60) is assigned to each of the two work spindles (10, 20) and in each case one of the two manipulators (30, 40) acts between one of the two work spindles (10, 20) and the assigned magazine (50, 60) thereof. wherein the clamping means is mounted on a spindle head of a work spindle carrying the clamping means and the receiving means is mounted on a spindle head of a work spindle carrying the receiving means, and wherein the machine tool is configured to position the two work spindles (10, 20) relative to one another by means of numerically controllable axes such that the workpiece clamped in the clamping means can be machined by the tool received in the receiving means, and the two work spindles (10, 20) can each be fed to one another by at least one axis of rotation (R1, R2) and at least one linear axis (L1, L2, L3), characterised by two magazines (50, 60) which are each configured to store workpiece-carrying and non-workpiece-carrying clamping means and to store tool-carrying and non-tool-carrying receiving means, wherein the machine tool further comprises two manipulators (30, 40) which are configured to exchange workpiece-carrying and/or non-workpiece-carrying clamping means and tool-carrying and/or non-tool-carrying receiving means on the work spindles (10, 20), and wherein at least one of the two magazines (50, 60) is assigned to each of the two work spindles (10, 20) and in each case one of the two manipulators (30, 40) acts between one of the two work spindles (10, 20) and the assigned magazine (50, 60) thereof.
An oxygen-enriched burner which is configured to eject an oxygen-enriched air and a fuel gas from a plurality of fluid ejection outlets which are provided at a tip surface to burn them, and include a center fluid ejection outlet and a peripheral fluid ejection outlet, wherein a pair of openings (62a, 62b) are provided at opposite positions on side walls 61 of a fluid ejection flow path of the center fluid ejection outlet, the pair of the openings (62a, 62b) are communicated with a communication portion, an interval between a pair of the side walls (63a, 63b) downstream of the pair of the openings (62a, 62b) in the fluid ejection flow path is gradually expanded toward the downstream side, the peripheral fluid ejection outlet is provided around the center fluid ejection outlet, the communication portion includes a first communication pipe and a second communication pipe each having a first end (71a, 72a) connected to a the pair of the openings (62a, 62b), and at least one communication element (73, 73A, 73B, 73C) connected to a second end (71b, 72b) of the first communication pipe and the second communication pipe and communicating the first communication pipe and the second communication pipe, characterized in that a plurality of communication elements (73, 73A, 73B, 73C) are provided in parallel between the first communication pipe and the second communication pipe, and at least one of an inner diameter and a length of the plurality of the communication elements (73, 73A, 73B, 73C) is different. a pair of openings (62a, 62b) are provided at opposite positions on side walls 61 of a fluid ejection flow path of the center fluid ejection outlet, the pair of the openings (62a, 62b) are communicated with a communication portion, an interval between a pair of the side walls (63a, 63b) downstream of the pair of the openings (62a, 62b) in the fluid ejection flow path is gradually expanded toward the downstream side, the peripheral fluid ejection outlet is provided around the center fluid ejection outlet, the communication portion includes a first communication pipe and a second communication pipe each having a first end (71a, 72a) connected to a the pair of the openings (62a, 62b), and at least one communication element (73, 73A, 73B, 73C) connected to a second end (71b, 72b) of the first communication pipe and the second communication pipe and communicating the first communication pipe and the second communication pipe, characterized in that a plurality of communication elements (73, 73A, 73B, 73C) are provided in parallel between the first communication pipe and the second communication pipe, and at least one of an inner diameter and a length of the plurality of the communication elements (73, 73A, 73B, 73C) is different.
A molding machine (900, 1000), comprising: a first mold half; two or more extruders associated with the first mold half, each extruder of the two or more extruders including a barrel (210, 310, 410, 824, 1012), an extrusion screw (202, 302, 402, 502) inside the barrel (210, 310, 410, 824, 1012), and a nozzle (208, 308, 408, 1020) in sealed engagement with the first mold half, wherein each extruder of the two or more extruders is controlled independently to rotate the extrusion screw (202, 302, 402, 502) in a first direction to cause material flow and to rotate the extrusion screw (202, 302, 402, 502) in a second direction opposite the first direction to cease material flow once a targeted pressure is achieved for the respective extruder; and a central or main microprocessor configured to process data received from the two or more extruders and control each extruder to individually or collectively cease material flow once the targeted pressure is achieved. a first mold half; two or more extruders associated with the first mold half, each extruder of the two or more extruders including a barrel (210, 310, 410, 824, 1012), an extrusion screw (202, 302, 402, 502) inside the barrel (210, 310, 410, 824, 1012), and a nozzle (208, 308, 408, 1020) in sealed engagement with the first mold half, wherein each extruder of the two or more extruders is controlled independently to rotate the extrusion screw (202, 302, 402, 502) in a first direction to cause material flow and to rotate the extrusion screw (202, 302, 402, 502) in a second direction opposite the first direction to cease material flow once a targeted pressure is achieved for the respective extruder; and a central or main microprocessor configured to process data received from the two or more extruders and control each extruder to individually or collectively cease material flow once the targeted pressure is achieved.
A method of processing pyrolysis oil comprising; effecting a first separation of said pyrolysis oil into a lighter fraction and a heavier fraction, employing thin film distillation in effecting said first separation, subjecting said lighter fraction to plate distillation, employing about 10 to 30 plates in said plate distillation, subjecting said heavy fraction to sulfur and nitrogen removal, effecting said plate distillation in a column having a reflux control head, effecting said plate distillation in stages with a first said stage collecting a lower fraction at a vacuum of about 100 to 400 torr, and a second said stage having a higher vacuum than said first stage. effecting a first separation of said pyrolysis oil into a lighter fraction and a heavier fraction, employing thin film distillation in effecting said first separation, subjecting said lighter fraction to plate distillation, employing about 10 to 30 plates in said plate distillation, subjecting said heavy fraction to sulfur and nitrogen removal, effecting said plate distillation in a column having a reflux control head, effecting said plate distillation in stages with a first said stage collecting a lower fraction at a vacuum of about 100 to 400 torr, and a second said stage having a higher vacuum than said first stage.
A method for communicating service discovery information in a neutral host network, comprising: detecting, by a processor, a base station associated with the neutral host network; monitoring, by a transceiver, a carrier for a broadcast by the base station including a SDI indicator that indicates that the base station is scheduled to transmit the SDI for the neutral host network; determining, based on the SDI indicator, whether the base station is scheduled to transmit the SDI for the neutral host network in a subsequent broadcast; transmitting, based at least in part on determining that the SDI indicator indicates that the base station is not scheduled to broadcast the SDI, a SDI request to the base station to request that the base station broadcast the SDI; and receiving, by the transceiver and based on transmitting the SDI request, the SDI in the subsequent broadcast by the base station. detecting, by a processor, a base station associated with the neutral host network; monitoring, by a transceiver, a carrier for a broadcast by the base station including a SDI indicator that indicates that the base station is scheduled to transmit the SDI for the neutral host network; determining, based on the SDI indicator, whether the base station is scheduled to transmit the SDI for the neutral host network in a subsequent broadcast; transmitting, based at least in part on determining that the SDI indicator indicates that the base station is not scheduled to broadcast the SDI, a SDI request to the base station to request that the base station broadcast the SDI; and receiving, by the transceiver and based on transmitting the SDI request, the SDI in the subsequent broadcast by the base station.
Method for providing a user interface in a vehicle, in which - operating parameters that are relevant to the operation of the vehicle are captured at the vehicle, - a display and operator control device (3, 4, 5, 6) that is arranged permanently in the vehicle and that can be read from the seat position of the driver is used to display information about captured operating parameters, - a wireless data link is set up between the vehicle and a mobile reproduction appliance that is detachably connected in the vehicle or that is freely held by a user in the vehicle, - data for producing a display content (15a-151) are transmitted from the vehicle to the mobile reproduction appliance via the wireless data link, and the transmitted data are taken as a basis for producing a display content (15a-151) on the mobile reproduction appliance, which display content comprises information about captured operating parameters that is displayed on the display and operator control device (3, 4, 5, 6), wherein at least some of the operator control elements (5, 6) that can be controlled from the seat position of the driver are reproduced on the mobile reproduction appliance, wherein one of the operator control elements (15c-15f) that are reproduced on the mobile reproduction appliance is used to control a vehicle function, wherein mechanical operator control elements (5, 6) are presented by symbols, characterized in that - the mobile reproduction appliance is detachably mounted in the vehicle at a position that is associated with a particular seat position, and in that - it changes to a different mode of operation if the mobile reproduction appliance is inserted into a bracket associated with the seat position, in which different mode of operation the mobile reproduction appliance is controlled by means of an operator control element, associated with this seat position, that is installed permanently in the vehicle. - operating parameters that are relevant to the operation of the vehicle are captured at the vehicle, - a display and operator control device (3, 4, 5, 6) that is arranged permanently in the vehicle and that can be read from the seat position of the driver is used to display information about captured operating parameters, - a wireless data link is set up between the vehicle and a mobile reproduction appliance that is detachably connected in the vehicle or that is freely held by a user in the vehicle, - data for producing a display content (15a-151) are transmitted from the vehicle to the mobile reproduction appliance via the wireless data link, and - the mobile reproduction appliance is detachably mounted in the vehicle at a position that is associated with a particular seat position, and in that - it changes to a different mode of operation if the mobile reproduction appliance is inserted into a bracket associated with the seat position, in which different mode of operation the mobile reproduction appliance is controlled by means of an operator control element, associated with this seat position, that is installed permanently in the vehicle.
Electronic scales for the efficient monitoring of the number of calories consumed, comprising at least one weight sensor or force sensor, a data processing unit with memory means, a control and input keypad and a display device, said scales having an active bearing surface which is functionally connected to the weight or force sensor(s) and which is adapted to hold a plate or similar container, the data processing unit being provided with a program which calculates the calorie equivalence value for any dish, in the form of liquid and/or solid food, based on the weighed amount of food and the weight-related calorie content of said food which has been stored or input manually, adds the latter to the calorie equivalence values of the other dishes of a meal and calculates the total value of the calories of foods consumed daily, and stores, displays and/or prints out this value, the overall structure of the scales being essentially flat and thin, the memory means being suitable for storing preprogrammed target values which are calculated from the data inputs and measurements of a calibration period by the data processing unit and are used as comparison or reference values during the period of calorie monitoring, said scales being characterised in that - they include at least one second active bearing surface which is separate from the first bearing surface, provided with a separate weight or force sensor(s) and is functionally connected to the latter and is suitable for holding drinking vessels or containers, such as e.g. glasses or cups, wherein at least one second measurement signal is supplied by the latter, - they thus comprise bearing surface for the plate and a bearing surface for a drinking vessel, they contain blocking means which make it possible to rigidly lock the bearing surface for the plate and if necessary the bearing surface of the drinking vessel, outside of the measuring and calculation phase, in a given position and/or block and prevent any data transfer as measuring signals to the data processing unit. - they include at least one second active bearing surface which is separate from the first bearing surface, provided with a separate weight or force sensor(s) and is functionally connected to the latter and is suitable for holding drinking vessels or containers, such as e.g. glasses or cups, wherein at least one second measurement signal is supplied by the latter, - they thus comprise bearing surface for the plate and a bearing surface for a drinking vessel, they contain blocking means which make it possible to rigidly lock the bearing surface for the plate and if necessary the bearing surface of the drinking vessel, outside of the measuring and calculation phase, in a given position and/or block and prevent any data transfer as measuring signals to the data processing unit.