mhurhangee/ep-ind-claims huggingface dataset:
A cervical cells sampling device comprising: a tubular sleeve with a first opening and an opposing second opening; an elongate rod having a retractable part with a mounting tip enclosed within the sleeve and a handle section extending out from the sleeve through the second opening; a cell collecting construct with a resilient sheath being stretched to cap onto the mounting tip of the rod and the stretched resilient sheath is in a constant contracting state such that the cell collecting construct and portion of the retractable part are allowed to project out or retract into sleeve through the first opening by moving the handle section; a stripping member fabricated within the sleeve being configured to detach the resilient sheath from the mounting tip upon retracting the retractable part into the sleeve up to a predetermined level, wherein the resilient sheath of the construct being unstretched once detached from the mounting tip, and the device further configured such that protruding the rod back into the sleeve pushes the construct out of the sleeve; and the construct has a protruding body extended from an end of the construct opposite an end of the construct from which the sheath extends, and a plurality of appendages raised from the side of the protruding body to substantially surround the protruding body. a tubular sleeve with a first opening and an opposing second opening; an elongate rod having a retractable part with a mounting tip enclosed within the sleeve and a handle section extending out from the sleeve through the second opening; a cell collecting construct with a resilient sheath being stretched to cap onto the mounting tip of the rod and the stretched resilient sheath is in a constant contracting state such that the cell collecting construct and portion of the retractable part are allowed to project out or retract into sleeve through the first opening by moving the handle section; a stripping member fabricated within the sleeve being configured to detach the resilient sheath from the mounting tip upon retracting the retractable part into the sleeve up to a predetermined level, wherein the resilient sheath of the construct being unstretched once detached from the mounting tip, and the device further configured such that protruding the rod back into the sleeve pushes the construct out of the sleeve; and the construct has a protruding body extended from an end of the construct opposite an end of the construct from which the sheath extends, and a plurality of appendages raised from the side of the protruding body to substantially surround the protruding body.
A computer program product comprising one or more computer-readable media having thereon computer-executable instructions which, when executed by one or more processors, cause one or more said processors to perform the following: accessing an event stream source representation representing an event stream available in an execution context; providing an event stream sink representation representing an event stream sink available in the execution context; a transformation module identifying a transformation set of one or more transformations to be performed on one or more input event streams, the input event streams associated with the transformation module, the transformation module identifying the event stream as one of the event streams and the transformation module being associated with the event stream source representation and the event stream sink representation; and an execution module interpreting the transformation module to cause the transformation set to be performed in the execution context on the identified input streams to generate at least one output event stream; wherein the execution context is one of local, remote, cloud. accessing an event stream source representation representing an event stream available in an execution context; providing an event stream sink representation representing an event stream sink available in the execution context; a transformation module identifying a transformation set of one or more transformations to be performed on one or more input event streams, the input event streams associated with the transformation module, the transformation module identifying the event stream as one of the event streams and the transformation module being associated with the event stream source representation and the event stream sink representation; and an execution module interpreting the transformation module to cause the transformation set to be performed in the execution context on the identified input streams to generate at least one output event stream; wherein the execution context is one of local, remote, cloud.
A method of patterning a thin organic film layer, comprising: depositing an intermediate, irradiation sensitive, layer on a substrate, the intermediate layer comprising a negative resist material; depositing the thin film layer on the intermediate layer; before or after deposition of the thin film layer: exposing the intermediate layer to patterned radiation in order to initiate photoinduced crosslinking therein; and removing by soaking in a developer unexposed parts of the intermediate layer along with corresponding thin film, to leave patterned thin film and patterned intermediate layer on the substrate; in which the substrate comprises a polyethyleneterepthalate PET film, the intermediate layer comprises epoxidized bisphenol-A/formaldehyde novolac co-polymer SU8; and the thin film comprises poly(3,4-ethylenedioxythiophene):poly(styrenesulphonate) PEDOT:PSS; in which soaking in the developer patterns the intermediate layer and thin film simultaneously according to a single development step. depositing an intermediate, irradiation sensitive, layer on a substrate, the intermediate layer comprising a negative resist material; depositing the thin film layer on the intermediate layer; before or after deposition of the thin film layer: exposing the intermediate layer to patterned radiation in order to initiate photoinduced crosslinking therein; and removing by soaking in a developer unexposed parts of the intermediate layer along with corresponding thin film, to leave patterned thin film and patterned intermediate layer on the substrate; exposing the intermediate layer to patterned radiation in order to initiate photoinduced crosslinking therein; and removing by soaking in a developer unexposed parts of the intermediate layer along with corresponding thin film, to leave patterned thin film and patterned intermediate layer on the substrate;
An electric outboard motor assembly comprising: an outboard motor housing and an internal support structure, the internal support structure comprising a battery rack, a motor rack and a propeller assembly support, the battery rack comprising a battery platform, the motor rack comprising a motor platform and support members extending between the motor platform and the battery platform, wherein the support members are rigid beams or bars that connect to the motor platform and the battery platform; a battery pack located in an upper unit of the outboard motor assembly and supported by the battery rack; a propeller assembly located in a lower unit of the outboard motor assembly and supported by the propeller assembly support; a motor assembly located in a middle unit of the outboard motor assembly between the upper unit and the lower unit and supported by the motor rack; and a gear assembly, the propeller assembly support including the propeller assembly being coupled to the motor assembly via the gear assembly; wherein the internal support structure retains the battery pack, the motor assembly and the propeller assembly together as a single unit. an outboard motor housing and an internal support structure, the internal support structure comprising a battery rack, a motor rack and a propeller assembly support, the battery rack comprising a battery platform, the motor rack comprising a motor platform and support members extending between the motor platform and the battery platform, wherein the support members are rigid beams or bars that connect to the motor platform and the battery platform; a battery pack located in an upper unit of the outboard motor assembly and supported by the battery rack; a propeller assembly located in a lower unit of the outboard motor assembly and supported by the propeller assembly support; a motor assembly located in a middle unit of the outboard motor assembly between the upper unit and the lower unit and supported by the motor rack; and a gear assembly, the propeller assembly support including the propeller assembly being coupled to the motor assembly via the gear assembly; wherein the internal support structure retains the battery pack, the motor assembly and the propeller assembly together as a single unit.
Multifunctional chewing gum for removing plaque of a pet, in which a porous molded material, comprising 40 ~ 80 wt% of starch, ~ 15 wt% of sugar, 3 ~ 25 wt% of a humectant and a remainder of a solvent, is coated with a coating solution, comprising 0.5 ~ 20 wt% of at least one coating agent selected from the group consisting of gelatin, xanthan gum, sodium carboxymethyl cellulose, carrageenan, agar, alginic acid and methylcellulose and a remainder of a solvent, wherein the porous molded material has a moisture content of 10 - 14%, and the coated porous molded material has a surface hardness of 15 ~ 50A and a coating thickness of 0.05 ~ 3 mm.
Apparatus for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam, with a stream generating unit configured to generate a stream of a process gas being capable of being charged with particles, in particular non-consolidated particulate build material and/or smoke and/or smoke residues, generated during operation of the apparatus and a filter unit configured to separate particles from the stream of process gas, wherein the filter unit comprises a filter chamber with at least one filter element at least partly arranged in the streaming path of the generated stream of process gas, wherein particles in the stream of process gas are separated from the process gas by the filter element, which apparatus comprises a particle reception chamber (13, 26, 28) separably connected or connectable to a particle outlet of the filter chamber and configured to receive the particles separated from the process gas, characterized in that the particle reception chamber (13, 26, 28) comprises moving means and is drivable via a motor or driving unit integrated in the particle reception chamber (13, 26, 28) or arranged outside or separate to the particle reception chamber (13, 26, 28).
Air treatment unit for a brake system of a commercial vehicle, the air treatment unit having the following features: a control valve connector for coupling of the air treatment unit pneumatically to at least one control valve which is connected upstream of a wheel brake cylinder of the brake system for changing a brake pressure in the wheel brake cylinder; a loading valve for loading the control valve connector with a setpoint pressure; and a control unit for actuating the loading valve, a control unit for actuating the loading valve characterised in that the control unit is configured to actuate the loading valve and/or the control valve in response to a failure of an electronic brake system of the commercial vehicle. a control valve connector for coupling of the air treatment unit pneumatically to at least one control valve which is connected upstream of a wheel brake cylinder of the brake system for changing a brake pressure in the wheel brake cylinder; a loading valve for loading the control valve connector with a setpoint pressure; and a control unit for actuating the loading valve, a control unit for actuating the loading valve characterised in that the control unit is configured to actuate the loading valve and/or the control valve in response to a failure of an electronic brake system of the commercial vehicle.
An estimation method comprising: performing, for each different degree of degradation, regression analysis between a first value and a second value, wherein the first value is related to one or more reference feature points on a differential curve of a charging-discharging curve indicating a voltage value with respect to integrated current amount of a reference storage battery, and the second value is a capacity value of the reference storage battery and an internal resistance value of the reference storage battery; and estimating a capacity value of a target storage battery and an internal resistance value of the target storage battery at a predetermined state of charge, based on a result of the regression analysis and a third value related to one or more target feature points on a differential curve of a charging-discharging curve indicating a voltage value with respect to integrated current amount of the target storage battery. performing, for each different degree of degradation, regression analysis between a first value and a second value, wherein the first value is related to one or more reference feature points on a differential curve of a charging-discharging curve indicating a voltage value with respect to integrated current amount of a reference storage battery, and the second value is a capacity value of the reference storage battery and an internal resistance value of the reference storage battery; and value and a second value, wherein the first value is related to one or more reference feature points on a differential curve of a charging-discharging curve indicating a voltage value with respect to integrated current amount of a reference storage battery, and the second value is a capacity value of the reference storage battery and an internal resistance value of the reference storage battery; and estimating a capacity value of a target storage battery and an internal resistance value of the target storage battery at a predetermined state of charge, based on a result of the regression analysis and a third value related to one or more target feature points on a differential curve of a charging-discharging curve indicating a voltage value with respect to integrated current amount of the target storage battery.
An ergonomic trimmer suitable for cutting vegetation, comprising: - a motor housing, - a shaft tube enclosing a drive shaft, - a front handle being provided at the shaft tube, proximate the motor housing, - an electric motor, and - a cutting unit, characterized in that a smaller diameter shaft tube portion, which is a part of the shaft tube that carries the front handle, has a smaller diameter than a rest of the shaft tube. - a motor housing, - a shaft tube enclosing a drive shaft, - a front handle being provided at the shaft tube, proximate the motor housing, - an electric motor, and - a cutting unit,
A leadless left-bundle-branch pacemaker, comprising: a case; and an implant core coaxially arranged inside the case, wherein a head of the implant core can be rotated out from the inside of the case, the implant core has an implant end configured to be rotated out from the inside of the case; wherein an end of the case corresponding to the implant end is provided with a fixing end for fixing the pacemaker; characterized in that the length of the implant end rotated out from the inside of the case is greater than 10mm; and in that the pacemaker has an initial state and a use state; in the initial state, the implant end does not extend beyond the fixing end, and a tail of the implant core extends out of the case; in the use state, the implant end is rotated out from the case and extends beyond the fixing end, and the length of the implant end rotated out is set according to the thickness of a interventricular septum of a person. a case; and an implant core coaxially arranged inside the case, wherein a head of the implant core can be rotated out from the inside of the case, the implant core has an implant end configured to be rotated out from the inside of the case; wherein an end of the case corresponding to the implant end is provided with a fixing end for fixing the pacemaker; characterized in that the length of the implant end rotated out from the inside of the case is greater than 10mm; and in that the pacemaker has an initial state and a use state; in the initial state, the implant end does not extend beyond the fixing end, and a tail of the implant core extends out of the case; in the use state, the implant end is rotated out from the case and extends beyond the fixing end, and the length of the implant end rotated out is set according to the thickness of a interventricular septum of a person.
A tablet being longer in one direction when seen in plan view and having side edges each of which extends along a longitudinal direction and is formed in the shape of a curve projecting outwardly, wherein the tablet has a projected area in plan view of at least 97% with respect to a projected area of a standard elliptical tablet having opposite end portions each of which is formed by a semi-circle having a diameter of a width of the tablet and the side edge having a radius of curvature at least 1.5 times the length of the tablet and not more than 6 times the tablet length.
A belt drive system comprising: a belt having a plurality of longitudinally spaced belt teeth, the belt further comprising a longitudinal groove extending in the endless direction of the belt through the belt teeth; a sprocket comprising a plurality of sprocket teeth on an outer circumference of the sprocket, each of the sprocket teeth extending parallel to a rotation axis, and each of the sprocket teeth being configured to be received between adjacent belt teeth; and a protrusion centered on each sprocket tooth and extending from one side of the sprocket tooth, the protrusion configured to cooperatively engage the longitudinal groove, the protrusion extending in a direction normal to a sprocket axis of rotation, characterized in that the protrusion does not engage an adjacent sprocket tooth. a belt having a plurality of longitudinally spaced belt teeth, the belt further comprising a longitudinal groove extending in the endless direction of the belt through the belt teeth; a sprocket comprising a plurality of sprocket teeth on an outer circumference of the sprocket, each of the sprocket teeth extending parallel to a rotation axis, and each of the sprocket teeth being configured to be received between adjacent belt teeth; and a protrusion centered on each sprocket tooth and extending from one side of the sprocket tooth, the protrusion configured to cooperatively engage the longitudinal groove, the protrusion extending in a direction normal to a sprocket axis of rotation, characterized in that the protrusion does not engage an adjacent sprocket tooth.
A stent comprises a stent portion and a one-way sock valve coupled to the stent portion, the one-way sock valve comprising a collapsible sleeve such that the collapsible sleeve collapses against reverse pressure, such as pressure caused by the flow of fluids in a reverse direction to a normal flow direction through the collapsible sleeve, and the collapsible sleeve remains open for fluids and solids that pass through the collapsible sleeve in the normal flow direction, wherein the sleeve comprises a heel portion, such that the normal flow direction comprises a first direction oriented along a longitudinal axis of the stent portion within the collapsible sleeve of the one-way sock valve, and a second direction transversally oriented to the first direction, such that fluid and solids passing through the one-way sock valve exit from the collapsible sleeve through an opening transversally oriented to the first direction.
Vehicle energy management system for a vehicle with an internal combustion engine, including a vehicle energy coordination unit arranged to predict a future route and speed profile within a defined time frame based on historic or current road and traffic data - or a combination thereof - stored in a memory device or received from external road and traffic information sources, said vehicle energy coordination unit being arranged to estimate the probability for future friction braking following an engine braking event along said future route and speed profile, indicating temporarily available surplus kinetic energy that will predictably be lost in friction energy losses during friction braking, said engine being provided with a stop/start system for shutting off the engine at driving cycle long stop events defined as time periods with engine off, characterized in that the vehicle energy coordination unit is further arranged to: - estimate the probability for a long stop event along the predicted future route and speed profile; - register a predicted long stop event if the probability for a long stop event exceeds a predetermined threshold value in a location along the predicted future route and speed profile, and to - use the surplus kinetic energy to operate a compressor in a climate system for a predetermined time period before a registered predicted long stop event, in order to lower the temperature in an evaporator in said climate system to prime said climate system for prolonged operation during the predicted long stop event. - estimate the probability for a long stop event along the predicted future route and speed profile; - register a predicted long stop event if the probability for a long stop event exceeds a predetermined threshold value in a location along the predicted future route and speed profile, and to - use the surplus kinetic energy to operate a compressor in a climate system for a predetermined time period before a registered predicted long stop event, in order to lower the temperature in an evaporator in said climate system to prime said climate system for prolonged operation during the predicted long stop event.