mhurhangee/ep-ind-claims huggingface dataset:
An exoskeleton for assistance of the movement of intra-extra rotation of a shoulder of a user comprising a rotational joint of intra-extra rotation, said rotational joint comprising: - a first circular guide arranged to rotate about a rotation axis r, said first circular guide having the shape of an arc of circumference; - a second circular guide arranged to rotate about a rotation axis r' aligned with said rotation axis r, said second circular guide having the shape of an arc of circumference; - a support element arranged to support said first and said second circular guide (110,120); said rotational joint characterized in that said first and said second circular guide (110,120) are pivotally connected by a conical wheel having rotation axis s perpendicular to said rotation axes r and r ', said conical wheel being pivotally constrained to said support element, and by that when said conical wheel makes a rotation θ about said rotation axis s, said first circular guide makes a rotation φ about said rotation axis r and, at the same time, said second circular guide makes a rotation φ' = -αφ about said rotation axis r', α being a positive real number. - a first circular guide arranged to rotate about a rotation axis r, said first circular guide having the shape of an arc of circumference; - a second circular guide arranged to rotate about a rotation axis r' aligned with said rotation axis r, said second circular guide having the shape of an arc of circumference; - a support element arranged to support said first and said second circular guide (110,120);
Arrangement comprising a first component which is to be secured to a second component of the arrangement by means of a connecting element of the arrangement along a connecting axis, wherein the first component is designed as a reflector and the second component is designed as a heat sink of a motor vehicle lamp, wherein the connecting element extends through the first component and into the second component, wherein an intermediate element is arranged between the first component and a head, designed as a stop, of the connecting element, wherein the intermediate element is or can be secured in a rotationally fixed manner relative to the second component with respect to a rotation about the connecting axis by means of at least one shaped element which is independent of the first component, wherein a. the shaped element is designed as a projection of the second component or of the intermediate element and/or b. the shaped element is formed on the second component, and/or c. the first component has a shaped-element through-opening for receiving the shaped element. a. the shaped element is designed as a projection of the second component or of the intermediate element and/or b. the shaped element is formed on the second component, and/or c. the first component has a shaped-element through-opening for receiving the shaped element.
Stamp, in particular a self-inking stamp, comprising at least one stamping component and one stamping insert, wherein the stamping component is formed of a top part with a handle element and a bottom part with a pad-receiving element, wherein the top part is preferably designed bow-shaped and the stamping insert is connected so as to move synchronously via a reversing mechanism having a slide track in the bottom part via a shaft or trunnion to the top part, wherein in the resting position a text plate mounted on the stamping insert abuts against an ink cartridge soaked with stamp ink in the pad-receiving element, and that in a stamping process for producing a stamp imprint in the stamping position the stamping insert with the text plate can be shifted by the reversing mechanism into a stamping position, characterised in that on the ink cartridge a protective cover is provided on that side on which a handle element is located on a support device of the ink cartridge, wherein the protective cover extends in the direction of the contact area of the stamp, wherein the protective cover is provided over the entire longitudinal side of the ink cartridge and projects beyond an upper edge of the support device for the ink-soaked pad.
Method for monitoring the energy supply of a motor vehicle with an automated driving function, having different operating modes for putting the motor vehicle into a safe state, in particular into a standstill, wherein at least one energy storage unit (106, 110) supplies at least one consumer not required for the operating mode and at least one consumer (147, 149, 150, 157) required for the operating mode, wherein the respective operating mode is assigned in each case at least one load profile dependent on the consumer (147, 149, 150, 157) required for the operating mode, which load profile normally occurs in this operating mode, wherein at least one characteristic variable (U, 74, 199) of the energy storage unit (106, 110) is predicted on the basis of the load profile and the associated operating mode and/or the automated driving function is enabled on the basis of the predicted characteristic variable of the energy storage unit (106, 110), characterized in that the predicted characteristic variable (74, 199, U) is determined on the basis of a main load and/or a deactivation potential of the consumer not required for the operating mode.
Actuator having at least one operating element, which is arranged on the outside of a housing of the actuator, wherein the operating element is at least partly inserted into a recess formed on the housing, wherein the operating element is arranged to be rotatable and/or pivotable about an axis on the housing, wherein the operating element is additionally displaceable on the housing along the axis into the recess, and wherein at least one magnetic element is formed on the operating element, and a magnetic field sensor, with which a position and/or a position change of the magnetic element can be detected, is arranged in the interior of the housing.
Operating method for an active oil separator in conjunction with the venting of a crankcase of a drive of a drive apparatus and/or a motor vehicle, in which - the oil separator is operated at a specific actuation value for the oil separation process, - the specific actuation value is subjected to open-loop control and/or closed-loop control depending on an operating state of (a) at least one assembly of the drive apparatus and/or (b) at least one component of the active oil separator and - the specific actuation value is subjected to open-loop control and/or closed-loop control with respect to actual and/or desired acoustic immission on the basis of the operation of the active oil separator. - the oil separator is operated at a specific actuation value for the oil separation process, - the specific actuation value is subjected to open-loop control and/or closed-loop control depending on an operating state of (a) at least one assembly of the drive apparatus and/or (b) at least one component of the active oil separator and (a) at least one assembly of the drive apparatus and/or (b) at least one component of the active oil separator - the specific actuation value is subjected to open-loop control and/or closed-loop control with respect to actual and/or desired acoustic immission on the basis of the operation of the active oil separator.
Method of filtering a large volume of a medium using a pre-sterilizable, at least partially automated single-use filtration device which includes an unfiltrate inlet, a filtrate outlet, a main line running between the unfiltrate inlet and the filtrate outlet, filter elements arranged in the main line, a venting line at a venting outlet of the filter elements, and sensors for detecting specific process parameters, including an inlet pressure sensor at the unfiltrate inlet, and regulating means for adjusting specific process parameters, including a feed pump at the unfiltrate inlet and a venting valve at the venting outlet, comprising the following process steps: a) filling the single-use filtration device with medium using low flow; b) venting the single-use filtration device through the venting line; c) closing the venting line; d) rinsing the single-use filtration device, in particular the filter elements; and e) filtering the medium using the filter elements, characterized in that i) the presence of liquid at the filtrate outlet is determined from an inlet flow signal of a flow sensor at the unfiltrate outlet and the known system volume, or ii) at least in process step e), an inlet pressure detected by the inlet pressure sensor arranged at the unfiltrate inlet is used as a regulating variable, or iii) at least in process step e), the control of the flow is carried out via a characteristic curve of the feed pump, the inlet pressure sensor and a venting liquid detector, wherein the sensors and regulating means are connected to an external monitoring and control system which is adapted for evaluating and processing sensor data and for piloting the regulating means based on one or more control algorithms. a) filling the single-use filtration device with medium using low flow; b) venting the single-use filtration device through the venting line; c) closing the venting line; d) rinsing the single-use filtration device, in particular the filter elements; and e) filtering the medium using the filter elements, i) the presence of liquid at the filtrate outlet is determined from an inlet flow signal of a flow sensor at the unfiltrate outlet and the known system volume, or ii) at least in process step e), an inlet pressure detected by the inlet pressure sensor arranged at the unfiltrate inlet is used as a regulating variable, or iii) at least in process step e), the control of the flow is carried out via a characteristic curve of the feed pump, the inlet pressure sensor and a venting liquid detector,
A base station device that communicates with a mobile station device (UE1 to UE3) using a plurality of component carriers, the base station device comprising: a multiplexer configured to allocate, to each of said plurality of component carriers, a downlink control channel used to transmit control data to said mobile station device (UE1 to UE3); wherein the base station device further comprises a shifter configured to cyclically shift Long Term Evolution, LTE, resource element groups of said downlink control channel for each of said plurality of component carriers by a cyclic-shift value in order to change the structure of said downlink control channel, said base station device characterised in that said cyclic-shift value is configured for each of said plurality of component carriers, wherein the configuration comprises deciding whether said cyclic-shift value by which the resource element groups are cyclically-shifted is a value of a base station device identifier that a network assigns to the base station device or is a predetermined value different from the base station device identifier, for each of said plurality of component carriers. a multiplexer configured to allocate, to each of said plurality of component carriers, a downlink control channel used to transmit control data to said mobile station device (UE1 to UE3); wherein the base station device further comprises a shifter configured to cyclically shift Long Term Evolution, LTE, resource element groups of said downlink control channel for each of said plurality of component carriers by a cyclic-shift value in order to change the structure of said downlink control channel, said base station device characterised in that said cyclic-shift value is configured for each of said plurality of component carriers, wherein the configuration comprises deciding whether said cyclic-shift value by which the resource element groups are cyclically-shifted is a value of a base station device identifier that a network assigns to the base station device or is a predetermined value different from the base station device identifier, for each of said plurality of component carriers.
A method for cell search in a communications network, the method being performed by a wireless terminal, the method comprising: detecting a level of energy (71, 81, 91) received in a frequency interval (72a, 72b, 72c, 82, 92) to be higher than a threshold value (θ), performing initial cell search based on spectrum matching at least in the frequency interval; the method further comprising, in case the frequency interval as a whole fails to match a spectrum of a cell during the initial cell search: acquiring auxiliary information regarding available cells in the frequency interval based on frequency location and width of the frequency interval; and performing a cell search in at least a sub-band of the frequency interval using the auxiliary information. detecting a level of energy (71, 81, 91) received in a frequency interval (72a, 72b, 72c, 82, 92) to be higher than a threshold value (θ), performing initial cell search based on spectrum matching at least in the frequency interval; the method further comprising, in case the frequency interval as a whole fails to match a spectrum of a cell during the initial cell search: acquiring auxiliary information regarding available cells in the frequency interval based on frequency location and width of the frequency interval; and performing a cell search in at least a sub-band of the frequency interval using the auxiliary information. acquiring auxiliary information regarding available cells in the frequency interval based on frequency location and width of the frequency interval; and performing a cell search in at least a sub-band of the frequency interval using the auxiliary information.
Device to introduce bottles into a lyophilization chamber of a lyophilization machine provided at least with an arrival plane of the bottles and with a deposit plane inside said lyophilization chamber, said introduction device comprising at least limited feed means (12, 13) cooperating with a thruster bar to move said thruster bar along an approach travel in the direction from said arrival plane to said deposit plane, characterized in that it comprises pantograph means connected to said limited feed means (12, 13) and to said thruster bar and configured to extend with respect to said limited feed means (12, 13) and toward said deposit plane, at least by the defined amount necessary to introduce the bottles completely into the lyophilization chamber and in that said limited feed means comprise thrust means with an associated container mobile along said approach travel, said thruster bar being part of said mobile container.
A dispenser for a source of a gaseous, gas borne or droplet substance having a source of the substance, wherein said substance comprises medicament and propellant and said source comprises a reservoir and a release valve, characterised in that the reservoir comprises: • a major portion having a comparatively large transverse cross-section of its substance space and • a minor portion provided with an insert which substantially reduces the cross-section thereof so that said minor portion has a comparatively small transverse cross-section of its substance space, the reservoir being translucent at the minor portion at least, and the minor portion is at an opposite end of the source from the release valve, with the user holding the dispenser valve-up to observe the level of the substance in the minor portion. • a major portion having a comparatively large transverse cross-section of its substance space and • a minor portion provided with an insert which substantially reduces the cross-section thereof so that said minor portion has a comparatively small transverse cross-section of its substance space,
A closure, in particular for pharmaceutical packages, comprising: a cap made of a dielectric material and attachable on a vial; a metal foil which in its assembled state rests on a rim of said vial; wherein at least on the surface that rests on the rim the metal foil is provided with an adhesive which is meltable inductively through the meta! foil; and wherein an elastic seal is inserted above the metal foil; and wherein the cap has a base wall with at least one opening through which the elastic seal and the metal foil can be perforated; wherein the closure is in the form of a snap-on closure; characterised in that the elastic seal has a thickness between 0.1 mm and 5 mm so that, once the cap has been applied on the vial, the metal foil is already sealingly pressed onto the rim of the vial without the adhesive having been melted yet. a cap made of a dielectric material and attachable on a vial; a metal foil which in its assembled state rests on a rim of said vial; wherein at least on the surface that rests on the rim the metal foil is provided with an adhesive which is meltable inductively through the meta! foil; and wherein an elastic seal is inserted above the metal foil; and wherein the cap has a base wall with at least one opening through which the elastic seal and the metal foil can be perforated; wherein the closure is in the form of a snap-on closure; characterised in that the elastic seal has a thickness between 0.1 mm and 5 mm so that, once the cap has been applied on the vial, the metal foil is already sealingly pressed onto the rim of the vial without the adhesive having been melted yet.
An immunoanalyzer comprising: a first cuvette incubation ring having a plurality of slots on an inner circumference, each slot being configured to hold a sample cuvette and a drive mechanism to rotate the first ring; a second cuvette incubation ring having a plurality of slots on an outer circumference, each slot being configured to hold a sample cuvette and a drive mechanism to rotate the second ring; a plurality of pipettes configured to interact with cuvettes in the first cuvette incubation ring at predetermined locations; a linear wash bridge configured to receive cuvettes from a first location of the first cuvette incubation ring, wash the contents of each cuvette, and to deliver each cuvette to a second location of the second cuvette incubation ring; and a luminometer configured to analyze the contents of each cuvette subsequent to each cuvette traveling along the linear wash bridge, wherein the second cuvette incubation ring is configured to receive and hold cuvettes until the luminometer is available. a first cuvette incubation ring having a plurality of slots on an inner circumference, each slot being configured to hold a sample cuvette and a drive mechanism to rotate the first ring; a second cuvette incubation ring having a plurality of slots on an outer circumference, each slot being configured to hold a sample cuvette and a drive mechanism to rotate the second ring; a plurality of pipettes configured to interact with cuvettes in the first cuvette incubation ring at predetermined locations; a linear wash bridge configured to receive cuvettes from a first location of the first cuvette incubation ring, wash the contents of each cuvette, and to deliver each cuvette to a second location of the second cuvette incubation ring; and a luminometer configured to analyze the contents of each cuvette subsequent to each cuvette traveling along the linear wash bridge, wherein the second cuvette incubation ring is configured to receive and hold cuvettes until the luminometer is available.
Method for suppressing vibrations in a first device provided with a first rotating shaft which is connected to a second rotating shaft of a second device, which first and second shafts are each journaled at two places at distance of each other, and which vibrations are caused by misalignment between the first and second shafts and unbalance of the first or second shaft, characterized in that during rotation of the first shaft, the orbits of the centre of the first shaft at the bearings (15,17) are measured, then these orbits are analyzed and the misalignment and unbalance are determined, after which still during rotation of the first shaft, the first device is displaced to eliminate the misalignment and the bearings are continuously displaced in radial direction to eliminate vibrations due to unbalance.
A nozzle construction for thermal spraying using a suspension that contains particles or a precursor solution, with which a layer is formed on a substrate, and that is fed into a burner chamber or into a plasma torch in which the particles are heated and accelerated, wherein the nozzle construction is formed with a port for a feed for the suspension or the precursor solution, with a holder and with a nozzle insert, and the nozzle insert has a tubular element (3.1) arranged in the direction of the burner chamber or perpendicularly in an HVOF flame or plasma torch, and, on the end face arranged opposite the burner chamber, a flange-like widened portion (3.2), which, in the installed state, bears against a seat formed in the holder, and in this case the contours of the flange-like widened portion (3.2) and of the seat are formed in a complementary manner to one another such that the surfaces of the flange-like widened portion (3.2) and of the seat are in direct contact with one another, such that, in this region, an end stop and a seal are formed; wherein the flange-like widened portion (3.2) is formed from or with a polymer and the tubular element (3.1) from metal, and the tubular element (3.1) and the flange-like widened portion (3.2) are connected together in a form-fitting and materially bonded manner by means of plastic injection molding. the nozzle insert has a tubular element (3.1) arranged in the direction of the burner chamber or perpendicularly in an HVOF flame or plasma torch, and, on the end face arranged opposite the burner chamber, a flange-like widened portion (3.2), which, in the installed state, bears against a seat formed in the holder, and in this case the contours of the flange-like widened portion (3.2) and of the seat are formed in a complementary manner to one another such that the surfaces of the flange-like widened portion (3.2) and of the seat are in direct contact with one another, such that, in this region, an end stop and a seal are formed; wherein the flange-like widened portion (3.2) is formed from or with a polymer and the tubular element (3.1) from metal, and the tubular element (3.1) and the flange-like widened portion (3.2) are connected together in a form-fitting and materially bonded manner by means of plastic injection molding.