mhurhangee/ep-ind-claims huggingface dataset:
A ventilator for generating a flux of respiratory pressurised gas, comprising: a rotor capable of revolving about an axis of rotation for generating a flux of respiratory gas, the rotor being driven by a motor; an air inlet; characterized by further comprising an outlet, wherein a section of the outlet comprises a first part of the outlet configured for collecting the flux of pressurized gas generated by the rotor according to an oblique direction relative to the axis of rotation, wherein the first part of the outlet is located immediately adjacent to the rotor and is oriented obliquely and radially outwards relative to the axis of rotation; and a second part of the outlet arranged downstream of the first part of the outlet and oriented substantially parallel to the axis of rotation, such as to rectify the flux of pressurized gas collected by the first part of the outlet in a direction substantially parallel to the axis of rotation. a rotor capable of revolving about an axis of rotation for generating a flux of respiratory gas, the rotor being driven by a motor; an air inlet; characterized by further comprising an outlet, wherein a section of the outlet comprises a first part of the outlet configured for collecting the flux of pressurized gas generated by the rotor according to an oblique direction relative to the axis of rotation, wherein the first part of the outlet is located immediately adjacent to the rotor and is oriented obliquely and radially outwards relative to the axis of rotation; and a second part of the outlet arranged downstream of the first part of the outlet and oriented substantially parallel to the axis of rotation, such as to rectify the flux of pressurized gas collected by the first part of the outlet in a direction substantially parallel to the axis of rotation.
A veterinarily or pharmaceutically acceptable formulation comprising: an injectable suspension of an effective amount of ceftiofur, or a pharmaceutically acceptable salt thereof; a biocompatible oil vehicle; a wetting or dispersing agent which comprises a lecithin which contains a minimum of 90.0% hydrogenated phosphatidylcholine, a maximum of 4.0% hydrogenated lysophosphatidylcholine, and a maximum of 2% oil or triglycerides; and at least one flocculating agent or resuspendability enhancer, and wherein the at least one flocculating agent or resuspendability enhancer comprises at least benzyl alcohol; wherein the benzyl alcohol is present in an amount of 1% to 5% w/v. an injectable suspension of an effective amount of ceftiofur, or a pharmaceutically acceptable salt thereof; a biocompatible oil vehicle; a wetting or dispersing agent which comprises a lecithin which contains a minimum of 90.0% hydrogenated phosphatidylcholine, a maximum of 4.0% hydrogenated lysophosphatidylcholine, and a maximum of 2% oil or triglycerides; and at least one flocculating agent or resuspendability enhancer, and wherein the at least one flocculating agent or resuspendability enhancer comprises at least benzyl alcohol; wherein the benzyl alcohol is present in an amount of 1% to 5% w/v.
A method for controlling a lifting device that is an industrial crane, comprising: detecting with smart glasses used by an operator a target intended by the operator (150; 120); detecting a driving command given by the operator; and responsively to the detection of the driving command, steering a loading member of the lifting device or a load towards said target; and presenting with the smart glasses to the operator during the use of the lifting device data relating to the use of the lifting device; characterized in that: when the operator directs the smart glasses to a positioning point corresponding to the target intended by the operator, this positioning point is locked within a determined delay; and the method further comprising clearly distinguishably displaying the elapsing of the delay with the smart glasses. detecting with smart glasses used by an operator a target intended by the operator (150; 120); detecting a driving command given by the operator; and responsively to the detection of the driving command, steering a loading member of the lifting device or a load towards said target; and presenting with the smart glasses to the operator during the use of the lifting device data relating to the use of the lifting device; characterized in that: when the operator directs the smart glasses to a positioning point corresponding to the target intended by the operator, this positioning point is locked within a determined delay; and the method further comprising clearly distinguishably displaying the elapsing of the delay with the smart glasses. when the operator directs the smart glasses to a positioning point corresponding to the target intended by the operator, this positioning point is locked within a determined delay; and the method further comprising clearly distinguishably displaying the elapsing of the delay with the smart glasses.
A method for querying a node state in Multimedia Broadcast Multicast Service, MBMS, bearer-based group communication, characterized in that, the method comprises: sending, by a Group Communication Service Application Server, GCS AS, a request to report a network node state to a network node that sends a Group Communication Service, GCS, using an MBMS bearer, receiving, by the GCS AS, network node state information reported by the network node, and selecting, by the GCS AS, according to the network node state information, a mode for sending the GCS to reduce impact of congestion or overload on reception of the GCS by target User Equipment, UE, the network node state information comprising at least one of: a congestion/overload identifier, an MBMS Service Area Identifier, SAI, an MBMS Temporary Mobile Group Identity, TMGI, or a congestion/overload start/end identifier; wherein the mode for sending the GCS comprises: when no congestion/overload occurs, continuing sending the GCS using a current MBMS bearer, or adding a new GCS to the current MBMS bearer; when the congestion occurs, establishing a unicast bearer for the target UE, and sending the GCS via the unicast bearer; and when the overload occurs, queuing GCSs to be sent and sending the queued GCSs after the overload ends, or making a GCS of high priority pre-empt a resource of a current GCS to ensure sending of the GCS of high priority. sending, by a Group Communication Service Application Server, GCS AS, a request to report a network node state to a network node that sends a Group Communication Service, GCS, using an MBMS bearer, receiving, by the GCS AS, network node state information reported by the network node, and selecting, by the GCS AS, according to the network node state information, a mode for sending the GCS to reduce impact of congestion or overload on reception of the GCS by target User Equipment, UE, the network node state information comprising at least one of: a congestion/overload identifier, an MBMS Service Area Identifier, SAI, an MBMS Temporary Mobile Group Identity, TMGI, or a congestion/overload start/end identifier; wherein the mode for sending the GCS comprises: when no congestion/overload occurs, continuing sending the GCS using a current MBMS bearer, or adding a new GCS to the current MBMS bearer; when the congestion occurs, establishing a unicast bearer for the target UE, and sending the GCS via the unicast bearer; and when the overload occurs, queuing GCSs to be sent and sending the queued GCSs after the overload ends, or making a GCS of high priority pre-empt a resource of a current GCS to ensure sending of the GCS of high priority. when no congestion/overload occurs, continuing sending the GCS using a current MBMS bearer, or adding a new GCS to the current MBMS bearer; when the congestion occurs, establishing a unicast bearer for the target UE, and sending the GCS via the unicast bearer; and when the overload occurs, queuing GCSs to be sent and sending the queued GCSs after the overload ends, or making a GCS of high priority pre-empt a resource of a current GCS to ensure sending of the GCS of high priority.
An aqueous adhesive for a tennis ball, the aqueous adhesive comprising: rubber latex, wherein the rubber latex is a mixture of liquid rubber latex and solid rubber latex, and when a solid content in the aqueous adhesive is measured at a temperature of 140°C by a curelastometer, a torque is not less than 0.26 N·m after 10 minutes from start of heating, wherein the liquid rubber represents rubber having fluidity at normal temperature (= 20°C) under atmospheric pressure, and wherein the solid rubber represents rubber that does not flow at normal temperature (= 20°C) under atmospheric pressure. rubber latex, wherein the rubber latex is a mixture of liquid rubber latex and solid rubber latex, and when a solid content in the aqueous adhesive is measured at a temperature of 140°C by a curelastometer, a torque is not less than 0.26 N·m after 10 minutes from start of heating, wherein the liquid rubber represents rubber having fluidity at normal temperature (= 20°C) under atmospheric pressure, and wherein the solid rubber represents rubber that does not flow at normal temperature (= 20°C) under atmospheric pressure.
Gear mechanism, in particular coaxial gear mechanism, hollow shaft gear mechanism, hypoid gear mechanism, axial gear mechanism or linear gear mechanism, having a drive element, an element and an output element, wherein a speed ratio and a transmission of a drive torque between the drive element and the output element takes place via a plurality of movable toothed segments, wherein the toothed segments have individual teeth, wherein the drive element is provided with at least one profiling, and wherein a roller bearing is provided between the profiling of the drive element and the toothed segments, and wherein the toothed segments can be moved by means of the drive element against toothing of the stationary element, wherein the plurality of toothed segments is movably mounted in the output element, wherein the profiling is designed as a polygonal profile having a plurality of projections.
A traveling vehicle comprising: a pair of left and right driving wheels; a pair of left and right motors capable of driving the pair of left and right driving wheels independently of each other; an operational amount reception section capable of receiving operational amounts respectively for the pair of left and right motors; a setting section capable of setting a period of a first control method having a predetermined first control parameter and a period of a second control method having a predetermined second control parameter, within a predetermined control cycle for controlling driving of the motors, in accordance with the operational amounts; and a motor driving section capable of driving the respective motors based on result of setting made by the setting section. a pair of left and right driving wheels; a pair of left and right motors capable of driving the pair of left and right driving wheels independently of each other; an operational amount reception section capable of receiving operational amounts respectively for the pair of left and right motors; a setting section capable of setting a period of a first control method having a predetermined first control parameter and a period of a second control method having a predetermined second control parameter, within a predetermined control cycle for controlling driving of the motors, in accordance with the operational amounts; and a motor driving section capable of driving the respective motors based on result of setting made by the setting section.
Adhesive tape with a paper backing on one side of which an acrylate adhesive in the form of a dried polymer dispersion has been applied, wherein the acrylate polymer is composed of the following monomers: a) from 70% by weight to 94.9% by weight of 2-ethylhexyl acrylate b) from 5% by weight to 25% by weight of methyl methacrylate c) from 0.1% by weight to 5% by weight of a monomer having carboxy or hydroxy function d) from 0 to 20% by weight of another monomer different from a), b) and c), and the adhesive has been chemically crosslinked, where chemical crosslinking agents used comprise di- or polyfunctional aliphatic or aromatic isocyanates, epoxides, carbodiimides, oxazolines, cyclic ureas, carboxylic hydrazides, hydrazines and/or aziridines. a) from 70% by weight to 94.9% by weight of 2-ethylhexyl acrylate b) from 5% by weight to 25% by weight of methyl methacrylate c) from 0.1% by weight to 5% by weight of a monomer having carboxy or hydroxy function d) from 0 to 20% by weight of another monomer different from a), b) and c),
A transmitting-type target for an X-ray generation tube, comprising: a target layer; and a transmissive substrate configured to support the target layer, wherein the transmissive substrate includes a first surface and a second surface opposing each other and is formed of polycrystalline diamond, characterised in that the first surface includes polycrystalline diamond having a first average crystal grain diameter which is smaller than a second average crystal grain diameter of polycrystalline diamond included in the second surface, wherein the target layer is supported by the first surface which includes the polycrystalline diamond having the first average crystal grain diameter, and wherein a ratio of the first average crystal grain diameter to the second average crystal grain diameter is 0.75 or lower. a target layer; and a transmissive substrate configured to support the target layer, wherein the transmissive substrate includes a first surface and a second surface opposing each other and is formed of polycrystalline diamond, characterised in that the first surface includes polycrystalline diamond having a first average crystal grain diameter which is smaller than a second average crystal grain diameter of polycrystalline diamond included in the second surface, wherein the target layer is supported by the first surface which includes the polycrystalline diamond having the first average crystal grain diameter, and wherein a ratio of the first average crystal grain diameter to the second average crystal grain diameter is 0.75 or lower.
Process for producing a double-shelled vehicle outer skin part comprising the steps of: - forming a first individual injection molded plastics part and a second individual injection molded plastics part, - joining the individual injection molded plastics parts (10, 20) by injection of a plastics molding material, wherein the plastics molding material is a nonelastomeric thermoplastic and after a hardening operation forms a plastics joining component, - at least partial painting of the individual injection molded plastics parts (10, 20) and of the plastics joining component, - characterized in that the nonelastomeric thermoplastic consists of a polyolefin, - in that the nonelastomeric thermoplastic has a melt flow index MFR ≥ 70 g/10 min and - in that the plastics joining component has a Shore D hardness of not less than 60. - forming a first individual injection molded plastics part and a second individual injection molded plastics part, - joining the individual injection molded plastics parts (10, 20) by injection of a plastics molding material, wherein the plastics molding material is a nonelastomeric thermoplastic and after a hardening operation forms a plastics joining component, - at least partial painting of the individual injection molded plastics parts (10, 20) and of the plastics joining component, - characterized in that the nonelastomeric thermoplastic consists of a polyolefin, - in that the nonelastomeric thermoplastic has a melt flow index MFR ≥ 70 g/10 min and - in that the plastics joining component has a Shore D hardness of not less than 60.
Device for gas sterilization of products, comprising a mixer without moving parts and a sterilization chamber, the sterilization chamber having at least one inlet opening and at least one outlet opening, characterized in that the mixer is arranged in such a way that it is connected to the at least one outlet opening of the sterilization chamber via a first conduit which opens into a first opening in the mixer, and to a second conduit which opens into a second opening in the mixer, to the at least one inlet opening of the sterilization chamber, and a third gas-supplying line opens into a third opening in the mixer, wherein the device additionally comprises a gas-supplying bypass line with a valve, the gas-supplying bypass line being arranged in such a way that it bypasses the mixer and opens directly into the sterilization chamber.
A trocar assembly, comprising: a trocar housing that defines a working chamber; a cannula having a proximal end and a distal end, wherein the cannula is coupled to the trocar housing at the proximal end to facilitate communication between the cannula and the working chamber; and a radial support assembly arranged at or near the distal end and including a plurality of radial support members that extend radially inward toward a centerline of the cannula to center a surgical tool (602a-c) within the cannula and thereby minimize unintended oscillation and vibration of the surgical tool; characterized in that each radial support member further defines an inner surface engageable with an outer radial surface of the surgical tool, and wherein each inner surface transitions into a beveled surface that helps the radial support assembly receive the surgical tool, and wherein the cannula includes a first cannula portion and a second cannula portion separated by a gap, and the trocar assembly further comprises: a plurality of support columns extending between and connecting the first and second cannula portions, wherein each radial support member is arranged within the gap and mounted to a corresponding one of the plurality of support columns. a trocar housing that defines a working chamber; a cannula having a proximal end and a distal end, wherein the cannula is coupled to the trocar housing at the proximal end to facilitate communication between the cannula and the working chamber; and a radial support assembly arranged at or near the distal end and including a plurality of radial support members that extend radially inward toward a centerline of the cannula to center a surgical tool (602a-c) within the cannula and thereby minimize unintended oscillation and vibration of the surgical tool; characterized in that each radial support member further defines an inner surface engageable with an outer radial surface of the surgical tool, and wherein each inner surface transitions into a beveled surface that helps the radial support assembly receive the surgical tool, and wherein the cannula includes a first cannula portion and a second cannula portion separated by a gap, and the trocar assembly further comprises: a plurality of support columns extending between and connecting the first and second cannula portions, wherein each radial support member is arranged within the gap and mounted to a corresponding one of the plurality of support columns.
Household appliance, specifically a dishwasher, with: a circulation pump for circulating dishwashing liquid in a washing compartment of the household appliance, a drain pump for emptying dishwashing liquid from the washing compartment, and a controlling means, which is configured to activate the drain pump after the washing compartment has been filled with the dishwashing liquid and before or during operation of the circulation pump, for the purposes of ventilating the drain pump, so that the ventilation of the drain pump precedes the accumulation of dirt and is carried out. a circulation pump for circulating dishwashing liquid in a washing compartment of the household appliance, a drain pump for emptying dishwashing liquid from the washing compartment, and a controlling means, which is configured to activate the drain pump after the washing compartment has been filled with the dishwashing liquid and before or during operation of the circulation pump, for the purposes of ventilating the drain pump, so that the ventilation of the drain pump precedes the accumulation of dirt and is carried out.
A rolling bearing unit (1, 1A) comprising: an inner ring member having a recess on a first side in an axial direction along a rotation axis, the recess being recessed toward a second side in the axial direction; an outer ring member disposed on an outer peripheral side of the inner ring member; a rolling body that is rollably provided between the inner ring member and the outer ring member and rotatably supports the inner ring member relative to the outer ring member; a non-contact transmitter using electric field coupling that is capable of transmitting at least one of an electric power or a signal and includes a stationary-side transmission part including a stationary-side electrode (311, 312, 313) and a rotary-side transmission part including a rotary-side electrode disposed to face the rotary-side electrode (321, 322, 323) at an axial distance therefrom; and a covering member that is supported by the first side of the outer ring member in the axial direction, covers the first side of the inner ring member in the axial direction, and fixes the stationary-side transmission part to the first side in the axial direction, wherein the entire non-contact transmitter using electric field coupling is disposed on the second side of the covering member in the axial direction, the unit being characterised in that the rotary-side transmission part and the stationary-side transmission part are housed inside the recess. an inner ring member having a recess on a first side in an axial direction along a rotation axis, the recess being recessed toward a second side in the axial direction; an outer ring member disposed on an outer peripheral side of the inner ring member; a rolling body that is rollably provided between the inner ring member and the outer ring member and rotatably supports the inner ring member relative to the outer ring member; a non-contact transmitter using electric field coupling that is capable of transmitting at least one of an electric power or a signal and includes a stationary-side transmission part including a stationary-side electrode (311, 312, 313) and a rotary-side transmission part including a rotary-side electrode disposed to face the rotary-side electrode (321, 322, 323) at an axial distance therefrom; and a covering member that is supported by the first side of the outer ring member in the axial direction, covers the first side of the inner ring member in the axial direction, and fixes the stationary-side transmission part to the first side in the axial direction, wherein the entire non-contact transmitter using electric field coupling is disposed on the second side of the covering member in the axial direction, the unit being characterised in that the rotary-side transmission part and the stationary-side transmission part are housed inside the recess.
An instrument system for carrying out a surgical procedure on vertebrae from a posterior or posterolateral approach, consisting of at least one tube having a proximal end and a distal end, and at least one spinal screw capable of engaging with the proximal end of said tube and having a head with multi-axial mobility, characterized in that it further comprises an insert, capable of sliding into the tube, provided, at the proximal end thereof, with a wedge for temporarily immobilizing the orientation of the head of the screw, with said wedge being capable of being introduced through the inside of the tube, from the distal end thereof, and having a semi-cylindrical end with a shape matching that of the "U"-shaped notch for receiving a connecting rod provided on the head of the screw.