mhurhangee/ep-ind-claims huggingface dataset:
A device for recovering magnetic particles trapped on a magnetic plug, said magnetic plug comprising a supporting end and a magnetized element intended to retain the magnetic particles driven by a liquid resulting from the wear of parts with which said liquid has been in contact, said recovery device comprising: - magnetization means; - an enclosure integrating: ∘ an opening, said enclosure being capable of receiving said magnetic plug via said opening such that said magnetized element is housed inside said enclosure and said supporting end is situated outside said enclosure, said opening being sized so that said supporting end blocks said opening; ∘ at least one injection nozzle capable of injecting a gaseous fluid inside said enclosure, said nozzle being oriented such that the flow of gaseous liquid expels the magnetic particles retained on said magnetized element toward the bottom of said enclosure, said magnetization means being arranged so as to trap, by means of magnetization, said particles urged toward the bottom of said enclosure. - magnetization means; - an enclosure integrating: ∘ an opening, said enclosure being capable of receiving said magnetic plug via said opening such that said magnetized element is housed inside said enclosure and said supporting end is situated outside said enclosure, said opening being sized so that said supporting end blocks said opening; ∘ at least one injection nozzle capable of injecting a gaseous fluid inside said enclosure, said nozzle being oriented such that the flow of gaseous liquid expels the magnetic particles retained on said magnetized element toward the bottom of said enclosure, said magnetization means being arranged so as to trap, by means of magnetization, said particles urged toward the bottom of said enclosure. ∘ an opening, said enclosure being capable of receiving said magnetic plug via said opening such that said magnetized element is housed inside said enclosure and said supporting end is situated outside said enclosure, said opening being sized so that said supporting end blocks said opening; ∘ at least one injection nozzle capable of injecting a gaseous fluid inside said enclosure, said nozzle being oriented such that the flow of gaseous liquid expels the magnetic particles retained on said magnetized element toward the bottom of said enclosure, said magnetization means being arranged so as to trap, by means of magnetization, said particles urged toward the bottom of said enclosure.
A medical mask for providing artificial respiration, comprising: a mask body part configured to cover a face of a subject; and a cushion member fixed to the mask body part and contacts the face of the subject, wherein the mask body part has an inner side face at least a portion of which faces the face of the subject, an outer side face positioned on an opposite side to the inner side face, and a plurality of protrusion portions provided on the outer side face; and the cushion member has a plurality of engagement portions each of which is engaged with a corresponding one of the plurality of protrusion portions; characterized in that the mask further comprises an inner part disposed between the mask body part and the cushion member, wherein the inner part has a cup that faces at least one of a nose and a mouth of the subject, and an attachment arm portion (57, 58) configured to connect the cup to the mask body part; and the mask body part further has an engagement attachment portion (25, 26) engaged with the attachment arm portion (57, 58). a mask body part configured to cover a face of a subject; and a cushion member fixed to the mask body part and contacts the face of the subject, wherein the mask body part has an inner side face at least a portion of which faces the face of the subject, an outer side face positioned on an opposite side to the inner side face, and a plurality of protrusion portions provided on the outer side face; and an inner side face at least a portion of which faces the face of the subject, an outer side face positioned on an opposite side to the inner side face, and a plurality of protrusion portions provided on the outer side face; and the cushion member has a plurality of engagement portions each of which is engaged with a corresponding one of the plurality of protrusion portions; characterized in that the mask further comprises an inner part disposed between the mask body part and the cushion member, wherein the inner part has a cup that faces at least one of a nose and a mouth of the subject, and an attachment arm portion (57, 58) configured to connect the cup to the mask body part; and a cup that faces at least one of a nose and a mouth of the subject, and an attachment arm portion (57, 58) configured to connect the cup to the mask body part; and the mask body part further has an engagement attachment portion (25, 26) engaged with the attachment arm portion (57, 58).
A process for the preparation of hydroxy aldehyde comprising: contacting in a reaction zone formaldehyde and another aldehyde in the presence of an amine catalyst under Aldol condensation conditions to produce a stream comprising a hydroxy aldehyde and amine salts; contacting the stream with an alkaline additive to form a mixture; and purifying the mixture to remove the amine salts to form a purified product comprising hydroxy aldehyde. contacting in a reaction zone formaldehyde and another aldehyde in the presence of an amine catalyst under Aldol condensation conditions to produce a stream comprising a hydroxy aldehyde and amine salts; contacting the stream with an alkaline additive to form a mixture; and purifying the mixture to remove the amine salts to form a purified product comprising hydroxy aldehyde.
A method, comprising: receiving, at an enterprise mobility management, EMM, client on a mobile device and from an EMM server, a certificate for accessing an enterprise resource, wherein the certificate is prepared by an identity provider and provided to the EMM server, and the certificate is prepared based on a public key generated by the EMM client and a private key of the identity provider; sending, from an application on the mobile device, an authentication request to the identity provider; receiving, in response to the authentication request, an authentication challenge from the identity provider, wherein the authentication challenge comprises a certificate request; in response to the authentication challenge, sending, from the application to the identity provider, an authentication response, wherein the authentication response comprises the certificate, and the certificate is retrieved from a keystore that is part of a trustzone, TZ, on the mobile device; and receiving, an authorization token from the identity provider, wherein the authorization token indicates that the certificate is validated by the identity provider and that the mobile device is validated by the identity provider as an authorized mobile device based on a query between the identity provider and the EMM server from which the mobile device received the certificate. receiving, at an enterprise mobility management, EMM, client on a mobile device and from an EMM server, a certificate for accessing an enterprise resource, wherein the certificate is prepared by an identity provider and provided to the EMM server, and the certificate is prepared based on a public key generated by the EMM client and a private key of the identity provider; sending, from an application on the mobile device, an authentication request to the identity provider; receiving, in response to the authentication request, an authentication challenge from the identity provider, wherein the authentication challenge comprises a certificate request; in response to the authentication challenge, sending, from the application to the identity provider, an authentication response, wherein the authentication response comprises the certificate, and the certificate is retrieved from a keystore that is part of a trustzone, TZ, on the mobile device; and receiving, an authorization token from the identity provider, wherein the authorization token indicates that the certificate is validated by the identity provider and that the mobile device is validated by the identity provider as an authorized mobile device based on a query between the identity provider and the EMM server from which the mobile device received the certificate.
A processing device for temperature treatment, the processing device comprising: - wall structures defining an interior room, - a temperature control device configured to control temperature of a treatment room being a part of the interior room, - an inlet configured to supply material to be treated to a first end of the treatment room, - a conveyor belt constituting a closed loop and configured to transfer the material inside the treatment room from the first end of the treatment room to a second end of the treatment room, and - an outlet configured to remove the temperature treated material from the second end of the treatment room, wherein the interior room contains a drive mechanism configured to drive the conveyor belt, the drive mechanism comprising a first wheel supporting the conveyor belt at the first end of the treatment room and a second wheel supporting the conveyor belt at the second end of the treatment room, characterized in that the wall structures are configured to exclude a room being between the first and second wheels out from the interior room so that the wall structures are configured to constitute a first tubular part containing a first part of the conveyor belt being between the first and second wheels and a second tubular part containing a second part of the conveyor belt being between the first and second wheels, the first tubular part forming at least a part of the treatment room. - wall structures defining an interior room, - a temperature control device configured to control temperature of a treatment room being a part of the interior room, - an inlet configured to supply material to be treated to a first end of the treatment room, - a conveyor belt constituting a closed loop and configured to transfer the material inside the treatment room from the first end of the treatment room to a second end of the treatment room, and - an outlet configured to remove the temperature treated material from the second end of the treatment room,
A method of wireless communication performed by a first type of user equipment, UE, only capable of operating in a narrow bandwidth, comprising: receiving narrowband downlink information comprising a portion of a common reference signal - CRS, control information, and data, the narrow bandwidth narrower than a wide bandwidth in which a second type of UE is capable of operating, wherein the second type of UE is configured to receive a channel state information reference signal - CSI-RS - for channel state information estimation across the wide bandwidth; and performing channel measurements using the portion of the CRS. receiving narrowband downlink information comprising a portion of a common reference signal - CRS, control information, and data, the narrow bandwidth narrower than a wide bandwidth in which a second type of UE is capable of operating, wherein the second type of UE is configured to receive a channel state information reference signal - CSI-RS - for channel state information estimation across the wide bandwidth; and performing channel measurements using the portion of the CRS.
An apparatus comprising: a detector array module configured to convert radiation particles to electrical detection pulses; and an application-specific integrated circuit (ASIC) operatively connected with the detector array module, the ASIC including: signal processing circuitry configured to digitize an electrical detection pulse received from the detector array module, test circuitry configured to inject a test electrical pulse into the signal processing circuitry, characterized in that the test circuitry includes a current meter configured to measure the test electrical pulse injected into the signal processing circuitry. a detector array module configured to convert radiation particles to electrical detection pulses; and an application-specific integrated circuit (ASIC) operatively connected with the detector array module, the ASIC including: signal processing circuitry configured to digitize an electrical detection pulse received from the detector array module, test circuitry configured to inject a test electrical pulse into the signal processing circuitry, signal processing circuitry configured to digitize an electrical detection pulse received from the detector array module, test circuitry configured to inject a test electrical pulse into the signal processing circuitry,
A catheter comprising: an elongated catheter body having a proximal end, a distal end; and an electrode array assembly having a proximal end and a distal end mounted at the distal end of the catheter body and comprising an interconnected framework having a plurality of elements interconnected by a plurality of junctions at locations intermediate the proximal and distal ends of the electrode array assembly, wherein the interconnected framework has a collapsed configuration in which the elements are arranged generally along a longitudinal axis of the catheter body and an expanded configuration in which the elements are positioned radially outwards from the longitudinal axis to deploy an array of electrodes mounted on the interconnected framework; and also has a polymeric layer, a plurality of printed electrodes, and a monolithic substrate upon which the polymeric layer is applied. an elongated catheter body having a proximal end, a distal end; and an electrode array assembly having a proximal end and a distal end mounted at the distal end of the catheter body and comprising an interconnected framework having a plurality of elements interconnected by a plurality of junctions at locations intermediate the proximal and distal ends of the electrode array assembly, wherein the interconnected framework has a collapsed configuration in which the elements are arranged generally along a longitudinal axis of the catheter body and an expanded configuration in which the elements are positioned radially outwards from the longitudinal axis to deploy an array of electrodes mounted on the interconnected framework; and also has a polymeric layer, a plurality of printed electrodes, and a monolithic substrate upon which the polymeric layer is applied.
Tubular body for an electrical machine, the tubular body comprising a curved surface area, a first tooth, and a second tooth, wherein the tubular body is arrangable with respect to a further tubular body such that one of the tubular body or the further tubular body is rotatable with respect to the other one around a rotary axis, wherein the first tooth and the second tooth extend from the curved surface area along a radial direction with respect to the rotary axis, wherein the first tooth and the second tooth are spaced apart from each other along a circumferential direction around the rotary axis, wherein the first tooth comprises a first side wall facing a second side wall of the second tooth, and wherein the first side wall comprises a first section which is parallel to the second side wall such that a circumferential distance between the first section and the second side wall is constant along the radial direction, wherein the first side wall comprises a further first section which is located adjacent to the first section along the radial direction, wherein the second side wall comprises a second section which is parallel with the first section, wherein the further first section is non-parallel with the second section such that a circumferential distance between the further first section and the second section varies along the radial direction, characterised in that the second side wall comprises a further second section which is parallel with the further first section. a curved surface area, a first tooth, and a second tooth,
A process for producing a bulky paper with a concavo-convex pattern consisting of low density regions with a high degree of expansion of the heat-expanding particles and high density regions with a low degree of expansion of the heat-expanding particles, wherein the low density regions and high density regions are continuous lines in the machine direction and the low density regions are interspersed within the high density regions, comprising the steps of: making a wet mixed sheet having heat-expanding particles uniformly dispersed in fibers from a paper-making material prepared by dispersing a fiber starting material and heat-expanding particles in water; then spraying prescribed sections of the wet mixed sheet with moist hot air or water vapor at above the initial expansion temperature of the heat-expanding particles to cause expansion of the heat-expanding particles at those sections; and then drying at a temperature at which the heat-expanding particles do not fully expand. making a wet mixed sheet having heat-expanding particles uniformly dispersed in fibers from a paper-making material prepared by dispersing a fiber starting material and heat-expanding particles in water; then spraying prescribed sections of the wet mixed sheet with moist hot air or water vapor at above the initial expansion temperature of the heat-expanding particles to cause expansion of the heat-expanding particles at those sections; and then drying at a temperature at which the heat-expanding particles do not fully expand.
A fluid treatment system (10; 100) comprising: an inlet (12; 112); an outlet (14; 114); a fluid treatment zone (20; 120) disposed between the inlet and the outlet, the fluid treatment zone having disposed therein an array of rows of radiation source assemblies; each radiation source assembly having a longitudinal axis oblique to a direction of fluid flow through the fluid treatment zone; each row comprising a plurality of radiation source assemblies in spaced relation in a direction transverse to the direction of fluid flow through the fluid treatment zone to define a gap through which fluid may flow between an adjacent pair of radiation source assemblies; all rows in the array being staggered with respect to one another in a direction orthogonal to the direction of fluid flow through the fluid treatment zone such that the gap between an adjacent pair of radiation source assemblies in an upstream row of radiation source assemblies is completely obstructed in the direction of fluid flow, and no clear, unobstructed path through the arrangement of radiation source assemblies in the fluid treatment zone form the inlet to the outlet is seen when viewing the inlet of the fluid treatment zone, by at least two serially disposed downstream rows of radiation source assemblies. an inlet (12; 112); an outlet (14; 114); a fluid treatment zone (20; 120) disposed between the inlet and the outlet, the fluid treatment zone having disposed therein an array of rows of radiation source assemblies; each radiation source assembly having a longitudinal axis oblique to a direction of fluid flow through the fluid treatment zone; each row comprising a plurality of radiation source assemblies in spaced relation in a direction transverse to the direction of fluid flow through the fluid treatment zone to define a gap through which fluid may flow between an adjacent pair of radiation source assemblies; all rows in the array being staggered with respect to one another in a direction orthogonal to the direction of fluid flow through the fluid treatment zone such that the gap between an adjacent pair of radiation source assemblies in an upstream row of radiation source assemblies is completely obstructed in the direction of fluid flow, and no clear, unobstructed path through the arrangement of radiation source assemblies in the fluid treatment zone form the inlet to the outlet is seen when viewing the inlet of the fluid treatment zone, by at least two serially disposed downstream rows of radiation source assemblies.
A follower assembly for a magazine comprising: a first follower component having a front end, a rear end, and first and second sides, and being part of a chain of follower components, the first follower component characterised by: an angled follower platform sloped from the first side to the second side; a protruding heel extending substantially laterally from a front portion of the first side; and a rear stop extending from a rear portion of the first side and shaped to interface with a downward-facing surface of the magazine near a feed end of the magazine when the first follower component approaches the feed end, and cause the front end of the first follower component to rotate upward relative to the rear stop. an angled follower platform sloped from the first side to the second side; a protruding heel extending substantially laterally from a front portion of the first side; and a rear stop extending from a rear portion of the first side and shaped to interface with a downward-facing surface of the magazine near a feed end of the magazine when the first follower component approaches the feed end, and cause the front end of the first follower component to rotate upward relative to the rear stop.
A process for preparing a compound having the formula R'-CHR"-O-C -CR′′′=CH 2 wherein the radical R'" is H or CH 3 and wherein R'CHR" is derived from a compound R'-CHR"OH selected from C-6 pyranoses, furanoses and pure or mixed di- or polysaccharides derived therefrom in which two times two hydroxy groups per sugar molecule are protected by an isopropylidene group, lactic acid, polylactates and polymers of γ-butyro-, valerio- and caprolactone, characterised in that a compound R'-CHR "OH is reacted with a compound R IV O-C -CR′′′=CH 2 wherein R IV is an alkyl radical substituted with one or more groups OC -CR′′′=CH 2, under conditions which shift the reaction equilibrium towards the product. wherein the radical R'" is H or CH 3 and wherein R'CHR" is derived from a compound R'-CHR"OH selected from C-6 pyranoses, furanoses and pure or mixed di- or polysaccharides derived therefrom in which two times two hydroxy groups per sugar molecule are protected by an isopropylidene group, lactic acid, polylactates and polymers of γ-butyro-, valerio- and caprolactone, characterised in that a compound R'-CHR "OH is reacted with a compound R IV O-C -CR′′′=CH 2 wherein R IV is an alkyl radical substituted with one or more groups OC -CR′′′=CH 2, under conditions which shift the reaction equilibrium towards the product.
A valve for internal combustion engines comprising an actuator with an electric drive unit, a housing in the interior of which said drive unit is arranged, at least one aeration opening in said housing, and a plug via which said drive unit is adapted to be electrically connected with a voltage source, characterized in that the electric drive unit is an electromagnet whose armature is operatively connected with a valve rod, that said aeration opening in said housing is closed by a fine-pored membrane, and that the aeration opening at the housing leads into an armature space of the electromagnet, such that pressure pulsations produced by displacement of the armature in the interior of the electromagnet can be dissipated.