mhurhangee/ep-ind-claims huggingface dataset:
A method of assembling a differential pressure sensor having a first pressure inlet and a second pressure inlet, comprising the steps of - providing a housing of the differential pressure sensor, the housing extending along an axis; - mounting a first cover and mounting a second cover to the housing, on radially opposite sides of the axis on opposite sides of the housing; the first cover being mounted to the housing so as to form a first pressure chamber, the differential pressure sensor being configured such that in operation, a pressure to be measured is transmitted into the first pressure chamber, the second cover forming a second pressure chamber with the housing, the differential pressure sensor being configured such that in operation, a further pressure to be measured is transmitted into the second pressure chamber; characterized by the steps of: - heating a sleeve; - placing the heated sleeve around the first cover, the second cover and the housing; - reducing an inner perimeter of the heated sleeve by allowing the sleeve to cool, the sleeve being sized such that after cooling, the sleeve applies a force to the first cover and a force to the second cover which press both covers against the housing. - providing a housing of the differential pressure sensor, the housing extending along an axis; - mounting a first cover and mounting a second cover to the housing, on radially opposite sides of the axis on opposite sides of the housing; the first cover being mounted to the housing so as to form a first pressure chamber, the differential pressure sensor being configured such that in operation, a pressure to be measured is transmitted into the first pressure chamber, the second cover forming a second pressure chamber with the housing, the differential pressure sensor being configured such that in operation, a further pressure to be measured is transmitted into the second pressure chamber; - heating a sleeve; - placing the heated sleeve around the first cover, the second cover and the housing; - reducing an inner perimeter of the heated sleeve by allowing the sleeve to cool, the sleeve being sized such that after cooling, the sleeve applies a force to the first cover and a force to the second cover which press both covers against the housing.
An air-conditioner (1000, 2000, 3000), comprising: a refrigerant circuit through which a refrigerant flows, the refrigerant circuit being formed of a compressor, a switching valve, a first heat exchanger, an expansion valve, and a second heat exchanger connected to one another by a first pipe; a heat-transfer medium circuit through which a heat-transfer medium flows, the heat-transfer medium circuit being formed of a pump, the first heat exchanger, and a third heat exchanger connected to one another by a second pipe; and a control device (31, 131, 132) configured to control the compressor and the pump, characterized in that in an operation of the air-conditioner performed before entering a defrosting operation, the control device (31, 131, 132) is configured to increase a frequency of the compressor, as compared to the frequency of the compressor in a heating operation, and reduce a rotational speed of the pump, as compared to the rotational speed of the pump in the heating operation. a refrigerant circuit through which a refrigerant flows, the refrigerant circuit being formed of a compressor, a switching valve, a first heat exchanger, an expansion valve, and a second heat exchanger connected to one another by a first pipe; a heat-transfer medium circuit through which a heat-transfer medium flows, the heat-transfer medium circuit being formed of a pump, the first heat exchanger, and a third heat exchanger connected to one another by a second pipe; and a control device (31, 131, 132) configured to control the compressor and the pump, characterized in that in an operation of the air-conditioner performed before entering a defrosting operation, the control device (31, 131, 132) is configured to increase a frequency of the compressor, as compared to the frequency of the compressor in a heating operation, and reduce a rotational speed of the pump, as compared to the rotational speed of the pump in the heating operation.
An expansion joint for connecting regions of a rail-based grid storage system (50, 50', 50"; 104, 104', 104"), the expansion joint comprising: - a first rail element and a second rail element, the rail elements (12, 11) being elongate and configured to slide relative to one another in a longitudinal direction in a junction area where they overlap, - the expansion joint having a profiled upper surface that defines one or more tracks (27', 27") for supporting container handling vehicles (200, 300, 400), the one or more tracks (27', 27") extending from the first rail element through the junction area to the second rail element, wherein in the junction area, each rail element (11, 12) provides a portion of the one or more tracks (27', 27") of the profiled upper surface so that there is a transition extending along the expansion joint from the first rail element to the second rail element for the one or more tracks (27', 27"), wherein the first or second rail element (12,11) of the expansion joint comprises a pivot connection arrangement forming a link, the link being able to span a gap between the first and second rail elements (12, 11), the pivot connection arrangement allowing the link to be pivoted between a non-connected position where the first and second rail elements (12, 11) of the expansion joint are not connected together and a connected position where the first and second rail elements (12, 11) of the expansion joint are connected together by the link and forms the junction area between the first or second rail element (12, 11) and the link. - a first rail element and a second rail element, the rail elements (12, 11) being elongate and configured to slide relative to one another in a longitudinal direction in a junction area where they overlap, - the expansion joint having a profiled upper surface that defines one or more tracks (27', 27") for supporting container handling vehicles (200, 300, 400), the one or more tracks (27', 27") extending from the first rail element through the junction area to the second rail element, wherein in the junction area, each rail element (11, 12) provides a portion of the one or more tracks (27', 27") of the profiled upper surface so that there is a transition extending along the expansion joint from the first rail element to the second rail element for the one or more tracks (27', 27"),
An implant, comprising: (i) an implant material made of one or more metallic elements forming a base; (ii) a diffusion layer covering the base and made of at least one of the metallic elements of the implant material and at least magnesium, wherein the concentration of magnesium in the diffusion layer decreases from an outer side of the implant toward the base; and (iii) optionally, a metal layer covering the diffusion layer made of magnesium or a biocorrodible magnesium alloy; wherein the implant is an orthopaedic or an osteosynthetic implant, characterised in that the diffusion layer has a layer thickness in the range of from 20 nm to 20 μm. (i) an implant material made of one or more metallic elements forming a base; (ii) a diffusion layer covering the base and made of at least one of the metallic elements of the implant material and at least magnesium, wherein the concentration of magnesium in the diffusion layer decreases from an outer side of the implant toward the base; and (iii) optionally, a metal layer covering the diffusion layer made of magnesium or a biocorrodible magnesium alloy;
A SAMiRNA(s)-magnetic nanoparticle(s) complex comprising: magnetic nanoparticle(s) comprising the first hydrophobic material coated on a surface of the magnetic material; and a double stranded oligo RNA structure comprising a second hydrophobic material, being connected to the double stranded oligo RNA structure with a covalent bond, and a hydrophilic material, being connected to the double stranded oligo RNA structure with a covalent bond. magnetic nanoparticle(s) comprising the first hydrophobic material coated on a surface of the magnetic material; and a double stranded oligo RNA structure comprising a second hydrophobic material, being connected to the double stranded oligo RNA structure with a covalent bond, and a hydrophilic material, being connected to the double stranded oligo RNA structure with a covalent bond.
A method for displaying a hidden album, comprising: displaying, by an electronic device, a gallery application interface, wherein the gallery application interface displays at least one album entry, and the at least one album entry is different from a "Hidden albums" entry; receiving, by the electronic device, a sliding operation of a user in the gallery application interface, wherein a start location of the sliding operation is a top of the gallery application interface, and a trend of the sliding operation is from the top of the gallery application interface to a bottom of the gallery application interface; if a sliding distance of the sliding operation is greater than a first distance threshold or duration of the sliding operation is greater than a first duration threshold, collecting, by the electronic device, face information of the user; and if the collected face information matches a stored face information template, displaying, by the electronic device, the "Hidden albums" entry, and in response to selection of the "Hidden albums" entry by the user, displaying, by the electronic device, a "Hidden albums" interface. displaying, by an electronic device, a gallery application interface, wherein the gallery application interface displays at least one album entry, and the at least one album entry is different from a "Hidden albums" entry; receiving, by the electronic device, a sliding operation of a user in the gallery application interface, wherein a start location of the sliding operation is a top of the gallery application interface, and a trend of the sliding operation is from the top of the gallery application interface to a bottom of the gallery application interface; if a sliding distance of the sliding operation is greater than a first distance threshold or duration of the sliding operation is greater than a first duration threshold, collecting, by the electronic device, face information of the user; and if the collected face information matches a stored face information template, displaying, by the electronic device, the "Hidden albums" entry, and in response to selection of the "Hidden albums" entry by the user, displaying, by the electronic device, a "Hidden albums" interface.
Hob apparatus with at least one sensor which is provided to detect at least one temperature characteristic variable of an item of cookware and/or of a food to be cooked, and with a control unit which is provided to process the at least one temperature characteristic variable, characterised in that the control unit is provided to output at least one period of time at least substantially remaining, after which a temperature-regulated cooking procedure is available, wherein the at least one period of time at least substantially remaining is a period of time at least substantially remaining before a cooking program is available, wherein the cooking program is a procedure performed by the control unit, proceeding automatically, in which the control unit automatically sets at least one cooking parameter to a value and/or regulates it to a value of a value of a reference variable of the at least one cooking parameter which is to be reached at a particular time, wherein a temporal sequence of the at least one cooking parameter is specified.
A method for transmitting a voice message from a mobile terminal of a calling mobile subscriber to a mobile terminal of a called mobile subscriber via a mobile radio network comprising the process steps: a) recording a voice message of a calling mobile subscriber by means of means for recording a voice message, b) storing audio data which belong to the recorded voice message by means of means (28, 34) for temporarily storing a voice message in a digital manner, c) generating a MMS message from the digitally temporarily stored audio data by means of a generator unit (31 of a MMS generator, d) verifying by means of a test unit of the MMS generator, whether the mobile terminal of the called mobile subscriber can process the MMS data format, and e) forwarding the generated MMS message by means of a transmission unit of the MMS generator to a MMSC and transmitting this MMS message to the mobile terminal of the called mobile subscriber by means of the MMSC, characterized in that - before the voice message is recorded, the test unit of the MMS generator checks, whether a mail box assigned to the called mobile subscriber is activated or deactivated, - the MMS generator will be activated by means of control means, in order to generate the MMS message from the audio data, if the assigned mail box of the called mobile subscriber is deactivated, - a message of the calling mobile subscriber will be spoken onto the mail box assigned to the called mobile subscriber, if the assigned mail box of the called mobile subscriber is activated. a) recording a voice message of a calling mobile subscriber by means of means for recording a voice message, b) storing audio data which belong to the recorded voice message by means of means (28, 34) for temporarily storing a voice message in a digital manner, c) generating a MMS message from the digitally temporarily stored audio data by means of a generator unit (31 of a MMS generator, d) verifying by means of a test unit of the MMS generator, whether the mobile terminal of the called mobile subscriber can process the MMS data format, and e) forwarding the generated MMS message by means of a transmission unit of the MMS generator to a MMSC and transmitting this MMS message to the mobile terminal of the called mobile subscriber by means of the MMSC, - before the voice message is recorded, the test unit of the MMS generator checks, whether a mail box assigned to the called mobile subscriber is activated or deactivated, - the MMS generator will be activated by means of control means, in order to generate the MMS message from the audio data, if the assigned mail box of the called mobile subscriber is deactivated, - a message of the calling mobile subscriber will be spoken onto the mail box assigned to the called mobile subscriber, if the assigned mail box of the called mobile subscriber is activated.
A socket joint assembly, comprising: a housing with an inner bore which extends along an axis from a first end to an open second end; a ball stud including a ball portion that is received in said inner bore of said housing and including a shank portion that projects out of said inner bore through said open second end; a backing bearing disposed in said inner bore of said housing adjacent said first end and having a bearing surface that is in surface-to-surface contact with an outer surface of said ball portion of said ball stud for enabling relative rotation between said housing and said ball stud, said backing bearing having a lubricant opening extending therethrough and including: a plurality of lubricant wells (62, 64) which are spaced around said bearing surface from one another for holding a lubricant; and a plurality of lubricant grooves (66, 68, 70) formed into said bearing surface and extending from said lubricant opening of said backing bearing; characterised in that said lubricant grooves (66, 68, 70) comprise at least one first lubricant groove, which does not extend to any of said lubricant wells (62, 64) for allowing lubricant to pass said backing bearing during regreasing of said socket assembly, and at least one second lubricant groove (68, 70), which extends to at least one of said lubricant wells (62, 64) for replenishing said at least one lubricant well (62, 64) during regreasing of said socket assembly. a housing with an inner bore which extends along an axis from a first end to an open second end; a ball stud including a ball portion that is received in said inner bore of said housing and including a shank portion that projects out of said inner bore through said open second end; a backing bearing disposed in said inner bore of said housing adjacent said first end and having a bearing surface that is in surface-to-surface contact with an outer surface of said ball portion of said ball stud for enabling relative rotation between said housing and said ball stud, said backing bearing having a lubricant opening extending therethrough and including: a plurality of lubricant wells (62, 64) which are spaced around said bearing surface from one another for holding a lubricant; and a plurality of lubricant grooves (66, 68, 70) formed into said bearing surface and extending from said lubricant opening of said backing bearing; a plurality of lubricant wells (62, 64) which are spaced around said bearing surface from one another for holding a lubricant; and a plurality of lubricant grooves (66, 68, 70) formed into said bearing surface and extending from said lubricant opening of said backing bearing; characterised in that said lubricant grooves (66, 68, 70) comprise at least one first lubricant groove, which does not extend to any of said lubricant wells (62, 64) for allowing lubricant to pass said backing bearing during regreasing of said socket assembly, and at least one second lubricant groove (68, 70), which extends to at least one of said lubricant wells (62, 64) for replenishing said at least one lubricant well (62, 64) during regreasing of said socket assembly.
Method for detecting the state of operation of a rotating machine, in particular a centrifugal pump, having at least one first temperature sensor for detecting a temperature change at at least one bearing region of a rotating machine element, wherein an evaluation unit examines the temperature profile, determined by sensor, for temperature gradients, characterized in that the evaluation unit identifies a switch-on and/or switch-off process of the rotational movement of the machine on the basis of the characteristic of the determined temperature gradients.
A camera device including a housing in which at least one camera module is at least partially arranged and which carries at least one light window in the beam path of the camera module, wherein at least one air chamber is arranged between the light window and the camera module in the housing, and the housing comprises an electroconductive plastic that heats the light window and/or the air chamber when current is applied thereto, wherein the air chamber being provided by the housing so that it conically tapers away from the light window outwards in at least one cutting plane, characterized in that the housing is manufactured from a plastic having an electroconductive additive, and the filling degree of the additive in at least one first partial region is greater than in at least one second partial region, wherein the additive preferably comprises at least one of graphite and carbon fibers. at least one air chamber is arranged between the light window and the camera module in the housing, and the housing comprises an electroconductive plastic that heats the light window and/or the air chamber when current is applied thereto, wherein the air chamber being provided by the housing so that it conically tapers away from the light window outwards in at least one cutting plane, characterized in that the housing is manufactured from a plastic having an electroconductive additive, and the filling degree of the additive in at least one first partial region is greater than in at least one second partial region, wherein the additive preferably comprises at least one of graphite and carbon fibers.
A method for micronization of a protein particle dispersion or a dispersion of particles comprising a protein, the protein having a predetermined level of biological activity, characterized in that the method comprises: introducing the dispersion into a vortex chamber milling apparatus comprising tangential fluid injection nozzles that performs resonance whirl milling using pressure gradients; and milling the dispersion under milling conditions comprising an input pressure in the range of 1 to 7 Bars, a loading rate in the range of 0.1 and 5 kg/hour and a gas flow in the range of 30 and 100 m 3 /hour, and optionally an injector pressure in the range of 0.2 to 5 Bars, thereby obtaining a protein powder which retains at least 80% of the predetermined level of biological activity and has a particle size distribution in the range of 5 to 100 μm or which exhibits a 30 to 400-fold reduction of the original size of the particles in the dispersion. introducing the dispersion into a vortex chamber milling apparatus comprising tangential fluid injection nozzles that performs resonance whirl milling using pressure gradients; and milling the dispersion under milling conditions comprising an input pressure in the range of 1 to 7 Bars, a loading rate in the range of 0.1 and 5 kg/hour and a gas flow in the range of 30 and 100 m 3 /hour, and optionally an injector pressure in the range of 0.2 to 5 Bars, thereby obtaining a protein powder which retains at least 80% of the predetermined level of biological activity and has a particle size distribution in the range of 5 to 100 μm or which exhibits a 30 to 400-fold reduction of the original size of the particles in the dispersion.
A flow channel member adapted for use in a heat exchanger of an electronic component device, comprising: a cover unit; a bottom plate unit; and a side wall unit comprising a plate-like body having a hole which forms a flow channel through which a fluid can flow and which is provided inside the flow channel member, characterized in that a first gap which communicates with the flow channel is provided at a joint portion between the cover unit and the plate-like body, the first gap is formed by a chamfered portion which is provided between an end surface (lg) of the plate-like body that faces the flow channel and an upper surface of the plate-like body that faces the cover unit, the side wall unit is a laminated body composed of a plurality of plate-like bodies having a hole which forms the flow channel, a second gap which communicates with the flow channel is located at a joint portion between two adjacent plate-like bodies of the plurality of plate-like bodies constituting the laminated body, and the first and second gaps are formed by chamfered portions which are provided on a respective one of the plurality of plate-like bodies between an end surface of the respective one of the plurality of plate-like bodies that faces the flow channel and an upper surface of the respective one of the plurality of plate-like bodies. a cover unit; a bottom plate unit; and a side wall unit comprising a plate-like body having a hole which forms a flow channel through which a fluid can flow and which is provided inside the flow channel member, characterized in that a first gap which communicates with the flow channel is provided at a joint portion between the cover unit and the plate-like body, the first gap is formed by a chamfered portion which is provided between an end surface (lg) of the plate-like body that faces the flow channel and an upper surface of the plate-like body that faces the cover unit, the side wall unit is a laminated body composed of a plurality of plate-like bodies having a hole which forms the flow channel, a second gap which communicates with the flow channel is located at a joint portion between two adjacent plate-like bodies of the plurality of plate-like bodies constituting the laminated body, and the first and second gaps are formed by chamfered portions which are provided on a respective one of the plurality of plate-like bodies between an end surface of the respective one of the plurality of plate-like bodies that faces the flow channel and an upper surface of the respective one of the plurality of plate-like bodies.