mhurhangee/ep-ind-claims huggingface dataset:
A detachable gripper having a body, said detachable gripper further comprising - two flexible hands attached to the sides of the body and separated by an open space to enable a gripping collar to pass there between, and - two gripper claws that each comprise a handling grip and a gripping tooth, the handling grips being attached at the central part of the handling grips to the body by flexible links wherein the attachment point of the link divides the handling grip into a handling part and a gripping part comprising the gripping tooth for attaching the gripper to a robotic arm, for example, wherein the body has an upper surface on the opposite side of the hands and a lower surface between and on the side of the hands. - two flexible hands attached to the sides of the body and separated by an open space to enable a gripping collar to pass there between, and - two gripper claws that each comprise a handling grip and a gripping tooth, the handling grips being attached at the central part of the handling grips to the body by flexible links wherein the attachment point of the link divides the handling grip into a handling part and a gripping part comprising the gripping tooth for attaching the gripper to a robotic arm, for example,
A surgical instrument comprising an assembly of a multi-pin pin impactor, a first pin and a second pin, the pin impactor comprising: a body holdable by a user and manipulable by the user to re-position the pin impactor during use; a first pin holder attached to the body and including a cavity including a first pin release mechanism effective to releasably retain the first pin within the cavity of the first pin holder; a second pin holder attached to the body and including a cavity including a second pin release mechanism effective to releasably retain the second pin within the cavity of the second pin holder; and an impaction portion including a first impaction surface associated with the first pin holder, by which a force can be applied to the multi-pin pin impactor to apply a driving force to the first pin and a second impaction surface associated with the second pin holder, by which a force can be applied to the pin impactor to apply a driving force to the second pin. a body holdable by a user and manipulable by the user to re-position the pin impactor during use; a first pin holder attached to the body and including a cavity including a first pin release mechanism effective to releasably retain the first pin within the cavity of the first pin holder; a second pin holder attached to the body and including a cavity including a second pin release mechanism effective to releasably retain the second pin within the cavity of the second pin holder; and an impaction portion including a first impaction surface associated with the first pin holder, by which a force can be applied to the multi-pin pin impactor to apply a driving force to the first pin and a second impaction surface associated with the second pin holder, by which a force can be applied to the pin impactor to apply a driving force to the second pin.
Syringe in the form of a ready-to-use system, the syringe being packed inside a bag and comprising a syringe body having • an inner chamber taking the form of a gas container and • a tip connected to the inner chamber, - with a plunger, guided in a longitudinally displaceable manner in the inner chamber, preferably with a plunger rod, and - with a sealing stopper, - a syringe attachment filter being fixed to the tip, and - the sealing stopper being fixed to the syringe attachment filter, which seals the inner chamber gas-tight, and - wherein the syringe body does not carry a mark for the maximum plunger stroke and/or one or more mixing ratio marks (15, 16 or 17) for different heavy gases; - characterized in that the inner chamber is filled with a mixture of air and a heavy gas in a predetermined mixing ratio, the plunger rod or plunger, respectively, being positioned in such a way that the mixture of air and heavy gas present in the predetermined mixing ratio is capable of immediate administration; and - wherein the bag containing the syringe is evacuated. • an inner chamber taking the form of a gas container and • a tip connected to the inner chamber, - with a plunger, guided in a longitudinally displaceable manner in the inner chamber, preferably with a plunger rod, and - with a sealing stopper, - a syringe attachment filter being fixed to the tip, and - the sealing stopper being fixed to the syringe attachment filter, which seals the inner chamber gas-tight, and - wherein the syringe body does not carry a mark for the maximum plunger stroke and/or one or more mixing ratio marks (15, 16 or 17) for different heavy gases; - characterized in that the inner chamber is filled with a mixture of air and a heavy gas in a predetermined mixing ratio, the plunger rod or plunger, respectively, being positioned in such a way that the mixture of air and heavy gas present in the predetermined mixing ratio is capable of immediate administration; and - wherein the bag containing the syringe is evacuated. - with a plunger, guided in a longitudinally displaceable manner in the inner chamber, preferably with a plunger rod, and - with a sealing stopper, - a syringe attachment filter being fixed to the tip, and - the sealing stopper being fixed to the syringe attachment filter, which seals the inner chamber gas-tight, and - wherein the syringe body does not carry a mark for the maximum plunger stroke and/or one or more mixing ratio marks (15, 16 or 17) for different heavy gases; - characterized in that the inner chamber is filled with a mixture of air and a heavy gas in a predetermined mixing ratio, the plunger rod or plunger, respectively, being positioned in such a way that the mixture of air and heavy gas present in the predetermined mixing ratio is capable of immediate administration; and - wherein the bag containing the syringe is evacuated.
A gas exchange valve arrangement for a piston engine, which arrangement comprises a camshaft, force transmission means (6.1, 6.2, 53, 56, 58,) for transforming the rotational motion of the camshaft into a linear motion and transmitting it to a gas exchange valve at least in the opening direction of the gas exchange valve, a fluid chamber, a piston device which is arranged in the fluid chamber and in force transmission connection with the gas exchange valve, a feed conduit (58.1) for introducing hydraulic fluid into the fluid chamber during the opening movement of the gas exchange valve, and a control valve for restricting outflow from the fluid chamber for delaying or slowing down the closing movement of the gas exchange valve, the control valve having at least one inlet port, at least one outlet port, and a valve member for opening and closing flow communication between the inlet port and the outlet port, characterized in that the valve member has at least a first position, in which position maximum flow through the control valve is allowed, a second position, in which position the flow through the control valve is throttled compared to the first position, and a third position, in which position flow through the control valve is prevented.
A method of audio processing, comprising: acquiring (S101;5801; S1401) file data of a target audio file; constructing (S102;S802; S1402) a relevance characteristic sequence according to relevance characteristic data between component elements of the file data; the method being characterised by further comprising: optimizing (S103; S803; S1403) the relevance characteristic sequence according to a preset total number of sections; determining (S104; S804;S1404) the section breaking times according to a numerical value of at least one characteristic element in the relevance characteristic sequence that has been optimized; and dividing (S105; S805; S1405) the target audio file into sections of the preset total number of sections according to the section breaking times. acquiring (S101;5801; S1401) file data of a target audio file; constructing (S102;S802; S1402) a relevance characteristic sequence according to relevance characteristic data between component elements of the file data; the method being characterised by further comprising: optimizing (S103; S803; S1403) the relevance characteristic sequence according to a preset total number of sections; determining (S104; S804;S1404) the section breaking times according to a numerical value of at least one characteristic element in the relevance characteristic sequence that has been optimized; and dividing (S105; S805; S1405) the target audio file into sections of the preset total number of sections according to the section breaking times. optimizing (S103; S803; S1403) the relevance characteristic sequence according to a preset total number of sections; determining (S104; S804;S1404) the section breaking times according to a numerical value of at least one characteristic element in the relevance characteristic sequence that has been optimized; and dividing (S105; S805; S1405) the target audio file into sections of the preset total number of sections according to the section breaking times.
A system for model centric data storage, comprising: a computing device configured to: extract environmental data and weather data within a first time period from a number of sensors utilized to determine state data for an environment within a building and state data for devices within the building; generate a thermal response model of the building based on the extracted data; use the generated thermal response model to extract one or more model parameters (112, 212) that are adapted to predict the environment inside the building and/or predict a state of devices inside the building based on environmental and weather data from the number of sensors during a second time period subsequent to the first time period; store the model parameters (112, 212); discard the generated thermal response model data; and determine a predicted state of the environment within the building and a predicted state of the devices within the building for the second time using the extracted model parameters (112, 212) and weather data, building data and/or storage data corresponding to the second time period. extract environmental data and weather data within a first time period from a number of sensors utilized to determine state data for an environment within a building and state data for devices within the building; generate a thermal response model of the building based on the extracted data; use the generated thermal response model to extract one or more model parameters (112, 212) that are adapted to predict the environment inside the building and/or predict a state of devices inside the building based on environmental and weather data from the number of sensors during a second time period subsequent to the first time period; store the model parameters (112, 212); discard the generated thermal response model data; and determine a predicted state of the environment within the building and a predicted state of the devices within the building for the second time using the extracted model parameters (112, 212) and weather data, building data and/or storage data corresponding to the second time period.
Expansion connection arrangement for adjoining conductor rails (20, 20') of an overhead line system for electric locomotives, wherein the conductor rails (20, 20') to be connected are spaced apart from one another by a joint gap (s) and each support a contact wire (10, 10') along which a locomotive's pantograph can slide in order to transmit energy, wherein a connection profile is connected to one conductor rail and a counterpart profile is connected to the other conductor rail, wherein the connection profile and the counterpart profile intermesh in a form-fit manner such that they can be displaced with respect to one another in the direction of the contact wire (10, 10') and are locked transversely thereto, and wherein each of the conductor rails (20, 20') is connected to a half rail (60, 60') assigned thereto which supports the contact wires (10, 10') between the conductor rails (20, 20') having the connection profile and the counterpart profile respectively and holds them mutually parallel over an overlap length at a defined contact-wire-to-contact-wire distance (d).
A developing unit comprising: a housing that comprises a cartridge holding part for holding a developer cartridge and a developer holding member; the developer cartridge supplying developer to the developer holding member comprising: an outside frame; and an inside frame that comprises a first opening and is movable between a first opening position where the first opening is opened and a first closing position where the first opening is closed by the outside frame; a first seal disposed around the first opening on the inside frame; a capturing member which is provided on the cartridge holding part, which has a developer capturing force greater than that of the first seal, and which is slide contactable with the first seal when the inside frame moves from the first opening position to the first closing position; wherein the first seal comprises a first contact portion that is contactable with the capturing member, and wherein the capturing member comprises a second contact portion that is contactable with the first seal characterized by the surface roughness of the second contact portion being greater than the surface roughness of the first contact portion on the basis of a ten-point average roughness. a housing that comprises a cartridge holding part for holding a developer cartridge and a developer holding member; the developer cartridge supplying developer to the developer holding member comprising: an outside frame; and an inside frame that comprises a first opening and is movable between a first opening position where the first opening is opened and a first closing position where the first opening is closed by the outside frame; an outside frame; and an inside frame that comprises a first opening and is movable between a first opening position where the first opening is opened and a first closing position where the first opening is closed by the outside frame; a first seal disposed around the first opening on the inside frame; a capturing member which is provided on the cartridge holding part, which has a developer capturing force greater than that of the first seal, and which is slide contactable with the first seal when the inside frame moves from the first opening position to the first closing position; wherein the first seal comprises a first contact portion that is contactable with the capturing member, and wherein the capturing member comprises a second contact portion that is contactable with the first seal
A surgical cutting blade for use in cutting bone, the cutting blade comprising: a distal end portion having a plurality of cutting teeth; a shank portion extending from the distal end portion along a longitudinal axis; and a proximal end portion extending from the shank portion, the proximal end portion defined by a bulbous head having, a partially circular outer perimeter positioned about a center point defined by the bulbous head, a slot extending inwardly along the longitudinal axis toward the center point to a semi-circular slot edge, and a plurality of openings formed into the outer perimeter, characterized in that the semi-circular slot edge is concentric with the outer perimeter. a distal end portion having a plurality of cutting teeth; a shank portion extending from the distal end portion along a longitudinal axis; and a proximal end portion extending from the shank portion, the proximal end portion defined by a bulbous head having, a partially circular outer perimeter positioned about a center point defined by the bulbous head, a slot extending inwardly along the longitudinal axis toward the center point to a semi-circular slot edge, and a plurality of openings formed into the outer perimeter, characterized in that the semi-circular slot edge is concentric with the outer perimeter. a partially circular outer perimeter positioned about a center point defined by the bulbous head, a slot extending inwardly along the longitudinal axis toward the center point to a semi-circular slot edge, and a plurality of openings formed into the outer perimeter, characterized in that the semi-circular slot edge is concentric with the outer perimeter.
A particle pre-separator for removing particles from a flow of a gas mixture, said particle pre-separator comprising: a. a housing comprising a gas inlet opening and a gas outlet opening; b. a core having a first end facing the gas inlet opening, and a second end opposite to the first end, wherein the core is of a substantially conical shape, having a gradually increasing diameter in the direction from the first end to the second end; c. a plurality of vanes attached to the core along helical line segments; characterized in that the core, the housing and each pair of neighboring vanes define a path for passage of the gas mixture such that no particulate entrained by the gas is permitted to travel in a straight line from a plane through the first end of the core to a plane through the second end of the core, wherein the housing has a first housing portion enclosing the core, and a second housing portion between the first housing portion and the outlet opening, said first housing portion having a substantially conical shape with a gradually increasing diameter in the direction from the gas inlet opening to the second housing portion; and said second housing portion having a substantially cylindrical shape, wherein the second housing portion is provided with an opening for removal of pre-separated particles, and wherein a conduit is attached to the second housing portion at the opening, for removal of and pre-separated particles are removed from the particle pre-separator via said conduit. a. a housing comprising a gas inlet opening and a gas outlet opening; b. a core having a first end facing the gas inlet opening, and a second end opposite to the first end, wherein the core is of a substantially conical shape, having a gradually increasing diameter in the direction from the first end to the second end; c. a plurality of vanes attached to the core along helical line segments;
A power electronics system, comprising: an environmentally sealed electronics compartment (730,920) for housing power electronics equipment having an inverter; a heater configured to raise the air temperature inside the sealed electronics compartment (730,920); an internal environmental sensor (960a,960b,960c,960d) for sensing conditions within the sealed electronics compartment, providing environmental data, the internal environmental sensor including a surface temperature sensor located on a large thermal mass in an interior of the inverter; an external environmental sensor (970a,970b,970c) for sensing conditions outside the sealed electronics compartment, and providing environmental data; a controller for receiving environmental data from the internal environmental sensor (960a,960b,960c,960d) and the external environmental sensor (970a,970b,970c) and controlling the operation of the heater to maintain a set humidity level, the controller being configured to monitor internal dew point and large thermal mass temperature, and to use a control algorithm to ensure that the dew point never equals or is above the large thermal mass temperature by heating components of the inverter or air; and a passive water vapor transport membrane placed in the walls of the sealed electronics compartment. an environmentally sealed electronics compartment (730,920) for housing power electronics equipment having an inverter; a heater configured to raise the air temperature inside the sealed electronics compartment (730,920); an internal environmental sensor (960a,960b,960c,960d) for sensing conditions within the sealed electronics compartment, providing environmental data, the internal environmental sensor including a surface temperature sensor located on a large thermal mass in an interior of the inverter; an external environmental sensor (970a,970b,970c) for sensing conditions outside the sealed electronics compartment, and providing environmental data; a controller for receiving environmental data from the internal environmental sensor (960a,960b,960c,960d) and the external environmental sensor (970a,970b,970c) and controlling the operation of the heater to maintain a set humidity level, the controller being configured to monitor internal dew point and large thermal mass temperature, and to use a control algorithm to ensure that the dew point never equals or is above the large thermal mass temperature by heating components of the inverter or air; and a passive water vapor transport membrane placed in the walls of the sealed electronics compartment.
Dynamic measuring system for probing a dynamic data signal of a device under test comprising a measuring device with a probe interface that is configured to receive a probe signal from a probe wherein the probe signal corresponds to the dynamic data signal, an acquisition unit that is configured to acquire and digitize the probe signal into a digital signal, and a post processing unit that is configured to post process the digital signal wherein the post processing unit has at least one signal correction filter being configured to be operated in at least two different modes for processing the digital signal, wherein the signal correction filter has at least a first signal correction filter setting being used in a first mode and a second signal correction filter setting being used in a second mode, characterized in that a switching unit is provided that is configured to select the first mode or the second mode, the switching unit being configured to be operated dynamically based on an event in the data signal, wherein the signal correction filter comprises time variable coefficients. a measuring device with a probe interface that is configured to receive a probe signal from a probe wherein the probe signal corresponds to the dynamic data signal, an acquisition unit that is configured to acquire and digitize the probe signal into a digital signal, and a post processing unit that is configured to post process the digital signal wherein the post processing unit has at least one signal correction filter being configured to be operated in at least two different modes for processing the digital signal, wherein the signal correction filter has at least a first signal correction filter setting being used in a first mode and a second signal correction filter setting being used in a second mode, characterized in that a switching unit is provided that is configured to select the first mode or the second mode, the switching unit being configured to be operated dynamically based on an event in the data signal, wherein the signal correction filter comprises time variable coefficients.
A connector cleaning system configured for electrical connectors comprising: (a) one or more cleaning elements (20, 40, 60) adapted to engage said electrical connector and remove contaminants from a contact portion of the connector, wherein the one or more cleaning elements are disposed within one or more chambers (20, 40, 60, 120, 160, 220) formed in the connector cleaning system, wherein the one or more cleaning elements (20, 40, 60) are configured to clean the connector with a cleaning medium; characterized in further comprising: (b) an image processing device (70, 170, 270, 370) adapted to capture an image of the contact portion after removal of contaminants. (a) one or more cleaning elements (20, 40, 60) adapted to engage said electrical connector and remove contaminants from a contact portion of the connector, wherein the one or more cleaning elements are disposed within one or more chambers (20, 40, 60, 120, 160, 220) formed in the connector cleaning system, wherein the one or more cleaning elements (20, 40, 60) are configured to clean the connector with a cleaning medium; characterized in further comprising: (b) an image processing device (70, 170, 270, 370) adapted to capture an image of the contact portion after removal of contaminants.