mhurhangee/ep-ind-claims huggingface dataset:
An observation apparatus comprising: an imaging unit adapted to image a container accommodating an observation target in an accommodation part and the observation target in a field of view smaller than the accommodation part at predetermined imaging positions and acquires a series of partial images; a movement unit adapted to relatively move at least one of the container or the imaging unit with respect to the other; a calculation unit adapted to calculate partial shape information representing a partial shape of the container from the partial image obtained by imaging performed by the imaging unit; a storage unit adapted to store reference shape information representing a shape of the container; and a control unit that, in a case where the partial image scheduled to be subsequently captured during acquisition of the series of partial images is captured is adapted to correct the imaging position based on the partial shape information and the reference shape information, and to cause the series of partial images in which adjacent partial images are consistent to be captured by controlling the movement unit and the imaging unit based on the corrected imaging position. an imaging unit adapted to image a container accommodating an observation target in an accommodation part and the observation target in a field of view smaller than the accommodation part at predetermined imaging positions and acquires a series of partial images; a movement unit adapted to relatively move at least one of the container or the imaging unit with respect to the other; a calculation unit adapted to calculate partial shape information representing a partial shape of the container from the partial image obtained by imaging performed by the imaging unit; a storage unit adapted to store reference shape information representing a shape of the container; and a control unit that, in a case where the partial image scheduled to be subsequently captured during acquisition of the series of partial images is captured is adapted to correct the imaging position based on the partial shape information and the reference shape information, and to cause the series of partial images in which adjacent partial images are consistent to be captured by controlling the movement unit and the imaging unit based on the corrected imaging position.
Electromechanical brake booster for a vehicle, having: a housing (54, 56); a spindle nut which is in operative engagement with a spindle; an electric motor by means of the operation of which the spindle nut can be set in rotation such that the spindle can be set in translational motion along its spindle axis; a first tie rod which is fastened to the housing (54, 56) and which extends parallel to the spindle axis of the spindle; a second tie rod which is fastened to the housing (54, 56) and which extends parallel to the spindle axis of the spindle; and a bracket which is fastened to the spindle, wherein a first plain bearing which engages around the first tie rod is arranged in a first opening of the bracket and a second plain bearing which engages around the second tie rod is arranged in a second opening of the bracket; characterized in that the first plain bearing and the second plain bearing are each clamped, resiliently in a plane perpendicular to the spindle axis, in the bracket. a housing (54, 56); a spindle nut which is in operative engagement with a spindle; an electric motor by means of the operation of which the spindle nut can be set in rotation such that the spindle can be set in translational motion along its spindle axis; a first tie rod which is fastened to the housing (54, 56) and which extends parallel to the spindle axis of the spindle; a second tie rod which is fastened to the housing (54, 56) and which extends parallel to the spindle axis of the spindle; and a bracket which is fastened to the spindle, wherein a first plain bearing which engages around the first tie rod is arranged in a first opening of the bracket and a second plain bearing which engages around the second tie rod is arranged in a second opening of the bracket; characterized in that the first plain bearing and the second plain bearing are each clamped, resiliently in a plane perpendicular to the spindle axis, in the bracket.
Electrical installation device for controlling an electrical consumer, having a power module, at least one function module and at least one operating module, wherein the power module has electrical contacts for contacting a voltage source and at least one mounting means for mounting on a wall, in particular in an installation opening, wherein the function module comprises a function control unit for determining a processing process for an operating signal for generating the control signal and at least one holding means for detachable attachment to the power module, wherein the operating module has an operating element for generating the operating signal and a holding means for detachably fastening the operating module to the power module or the function module, and the function module, the operating module and the power module are each designed as a self-contained housing unit in relation to one another, characterized in that the power module has at least one holding means for releasably securing a function module and the individual modules (100, 200, 300) can each be replaced by modules of their type, so that a first operating module can be replaced by a second operating module of the type independently of the function module. wherein the power module has electrical contacts for contacting a voltage source and at least one mounting means for mounting on a wall, in particular in an installation opening, wherein the function module comprises a function control unit for determining a processing process for an operating signal for generating the control signal and at least one holding means for detachable attachment to the power module, wherein the operating module has an operating element for generating the operating signal and a holding means for detachably fastening the operating module to the power module or the function module, and the function module, the operating module and the power module are each designed as a self-contained housing unit in relation to one another, characterized in that the power module has at least one holding means for releasably securing a function module and the individual modules (100, 200, 300) can each be replaced by modules of their type, so that a first operating module can be replaced by a second operating module of the type independently of the function module.
A mask-based partition preheating device, comprising a forming cylinder arranged at a bottom, wherein, a substrate is provided at a bottom of the forming cylinder for heating underlying powder; a local preheating zone is provided at a cross-sectional position according to a cross-sectional shape of a component; a powder material to be sintered is coated on the local preheating zone by a powder feeding mechanism, and the powder material is accumulated in the forming cylinder to form a powder bed; an overall heating light source is arranged above the forming cylinder, and a local preheating light source is arranged above the overall heating light source; a mask plate is provided between the local preheating light source and the overall heating light source; a shape of the mask plate corresponds to the cross-sectional shape of the component, and the mask plate is arranged above the component; and the local preheating light source, the mask plate and the overall heating light source are connected to a temperature controller, and the temperature controller is connected to a temperature monitor; a temperature control probe and a thermal imager are provided in the temperature monitor, and the temperature control probe and the thermal imager are arranged in a working chamber for detecting a temperature of a powder surface. an overall heating light source is arranged above the forming cylinder, and a local preheating light source is arranged above the overall heating light source; a mask plate is provided between the local preheating light source and the overall heating light source; a shape of the mask plate corresponds to the cross-sectional shape of the component, and the mask plate is arranged above the component; and the local preheating light source, the mask plate and the overall heating light source are connected to a temperature controller, and the temperature controller is connected to a temperature monitor; a temperature control probe and a thermal imager are provided in the temperature monitor, and the temperature control probe and the thermal imager are arranged in a working chamber for detecting a temperature of a powder surface.
Aqueous, peel-off nail varnish composition containing as film-forming agent an aqueous polyurethane dispersion, characterized in that it further comprises from 2 to 5 weight % of an aqueous dispersion of anionic colloidal silica containing sodium or ammonium counter-ions and between 30 and 40 weight % of silica particles.
A method for transmitting a source data stream, comprising: determining a first rate parameter corresponding to a number of cycles of a virtual channel clock, wherein the virtual channel clock relates to a data rate of a virtual channel; determining a second rate parameter corresponding to a number of cycles of a source data stream clock within a first interval, wherein the first interval is determined based on the first rate parameter and the virtual channel clock, and transmitting a stream of packets on the virtual channel, including a source data stream and two rate parameters, wherein the two rate parameters relate the data rate of the source data stream to the data rate of the virtual channel; wherein the source data stream clock relates to the data rate of the source data stream; and wherein the two rate parameters consist of the first rate parameter and the second rate parameter. determining a first rate parameter corresponding to a number of cycles of a virtual channel clock, wherein the virtual channel clock relates to a data rate of a virtual channel; determining a second rate parameter corresponding to a number of cycles of a source data stream clock within a first interval, wherein the first interval is determined based on the first rate parameter and the virtual channel clock, and transmitting a stream of packets on the virtual channel, including a source data stream and two rate parameters, wherein the two rate parameters relate the data rate of the source data stream to the data rate of the virtual channel; wherein the source data stream clock relates to the data rate of the source data stream; and wherein the two rate parameters consist of the first rate parameter and the second rate parameter.
A stereolithography apparatus, comprising a build platform and a tray, into which the build platform can be immersed, wherein at the bottom in or on the tray a light-transmissive film is formed or arranged which is elastically deformable, and comprising a light source or energy source underneath the film, wherein the tray can be filled with flowable printing material, wherein a control apparatus controls the movement of the build platform relative to the film and wherein the control apparatus superimposes upon the substantially vertical release movement, which is configured as a movement of the build platform, between a slice of a structure produced by stereolithography on the build platform and the film an in particular translational transverse movement, which is configured as a movement of the tray, which transverse movement has alternating, in particular reciprocating, movement directions, characterized in that the transverse movement extends at an angle between 60 degrees and 120 degrees relative to the release movement, wherein the angle between the transverse movement and the release movement deviates from 90 degrees.
A method for making a Protein Solution comprising IL-1ra, wherein the method comprises: (a) obtaining whole blood from a subject suffering from osteoarthritis; (b) fractionating the whole blood to produce a platelet-rich plasma fraction; (c) contacting the fraction with polyacrylamide beads; and (d) separating the polyacrylamide beads from the composition to form the Protein Solution, wherein the Protein Solution comprises IL-ira in a concentration greater than the average concentration of IL-ira in Protein Solutions prepared in the same way from healthy donors. (a) obtaining whole blood from a subject suffering from osteoarthritis; (b) fractionating the whole blood to produce a platelet-rich plasma fraction; (c) contacting the fraction with polyacrylamide beads; and (d) separating the polyacrylamide beads from the composition to form the Protein Solution, wherein the Protein Solution comprises IL-ira in a concentration greater than the average concentration of IL-ira in Protein Solutions prepared in the same way from healthy donors.
A data storage unit comprising: a base section; and a cassette section configured to be removably attached to the base section, and having a front and a back, characterised in that: the cassette section has an interface that enables the base section to access data on a plurality of solid-state modules located within the cassette section; wherein the base section comprises one or more structures configured to separate airflow exiting the cassette section into the base section and airflow exiting the base section to provide dual environmental zones (720, 730) and enable the cassette section to operate under different environmental conditions from the base section, and wherein the plurality of solid-state storage modules are arranged vertically from the front of the cassette section to the back of the cassette section together with a bridge board that electronically connects the interface at the back of the cassette section to one or more components at the front of the cassette section. a base section; and a cassette section configured to be removably attached to the base section, and having a front and a back, characterised in that: the cassette section has an interface that enables the base section to access data on a plurality of solid-state modules located within the cassette section; wherein the base section comprises one or more structures configured to separate airflow exiting the cassette section into the base section and airflow exiting the base section to provide dual environmental zones (720, 730) and enable the cassette section to operate under different environmental conditions from the base section, and wherein the plurality of solid-state storage modules are arranged vertically from the front of the cassette section to the back of the cassette section together with a bridge board that electronically connects the interface at the back of the cassette section to one or more components at the front of the cassette section. the cassette section has an interface that enables the base section to access data on a plurality of solid-state modules located within the cassette section; wherein the base section comprises one or more structures configured to separate airflow exiting the cassette section into the base section and airflow exiting the base section to provide dual environmental zones (720, 730) and enable the cassette section to operate under different environmental conditions from the base section, and wherein the plurality of solid-state storage modules are arranged vertically from the front of the cassette section to the back of the cassette section together with a bridge board that electronically connects the interface at the back of the cassette section to one or more components at the front of the cassette section.
A test probe for filter leakage detection, the test probe comprising: - an elongated housing having a longitudinal inlet portion for admitting gas into a first chamber of the housing through an inlet of the inlet portion, and an outlet portion for letting gas out of a second chamber of the housing through an outlet of the outlet portion; characterized in that the test probe further comprises - an intermediate element comprising a throttling portion; wherein the intermediate element is arranged between the inlet portion and the outlet portion, wherein the first and second chambers are fluidly interconnected via the throttling portion, wherein the throttling portion is elongated and extends longitudinally within the housing, wherein a total open area, for gas passage, of the throttling portion is smaller than a total open area of the inlet portion, and thereby, in an operative state where gas is sucked out of the outlet, the throttling portion is arranged to cause a smaller vacuum upstream of the throttling portion than downstream of the throttling portion. - an elongated housing having a longitudinal inlet portion for admitting gas into a first chamber of the housing through an inlet of the inlet portion, and an outlet portion for letting gas out of a second chamber of the housing through an outlet of the outlet portion; characterized in that the test probe further comprises - an intermediate element comprising a throttling portion; wherein the intermediate element is arranged between the inlet portion and the outlet portion, wherein the first and second chambers are fluidly interconnected via the throttling portion, wherein the throttling portion is elongated and extends longitudinally within the housing, wherein a total open area, for gas passage, of the throttling portion is smaller than a total open area of the inlet portion, and thereby, in an operative state where gas is sucked out of the outlet, the throttling portion is arranged to cause a smaller vacuum upstream of the throttling portion than downstream of the throttling portion.
A syringe barrel (12, 92, 162) comprising a hollow barrel portion (18, 100, 172) that has a proximal-end opening (38, 120, 190) at a proximal end thereof and is configured such that a gasket (16, 96, 166) is insertable from the proximal-end opening (38, 120, 190), wherein an inner peripheral portion of the barrel portion (18, 100, 172) includes, in a main area thereof in an axial direction, a tapered portion having an inner diameter that gradually increases toward a distal end from a proximal end thereof, characterized in that a difference between an inner diameter at a proximal end of the tapered portion and an inner diameter at a distal end of the tapered portion is in a range of 0.01 to 0.07 mm.
A method for the production of a monolithic form body, in particular a dental restoration such as a crown, bridge, coping, inlay, onlay or veneer, of lithium silicate glass ceramic comprising the steps of: - providing a blank - producing the form body by pressing and/or machining the blank - softening of the form body exclusively in the surface region by irradiating the form body with infrared radiation over a time t, wherein main radiation components of the infrared radiation lie in the wavelength range between 2.7 μm and 4.7 μm, and the time t is 10 seconds ≤ t ≤ 150 seconds. - providing a blank - producing the form body by pressing and/or machining the blank - softening of the form body exclusively in the surface region by irradiating the form body with infrared radiation over a time t, wherein main radiation components of the infrared radiation lie in the wavelength range between 2.7 μm and 4.7 μm, and the time t is 10 seconds ≤ t ≤ 150 seconds.
A secure system core for use in sending a secure electronic message from a sender device to a receiver device in a secure electronic message system, the secure system core comprising: means for receiving information about an electronic message from the sender device; means for generating an identifier of the electronic message; means for sending the identifier to the sender device; means for receiving the identifier from the receiver device; means for releasing to the receiver device information allowing retrieval of an encrypted electronic message body from a storage environment accessible by third parties on receipt of the identifier from the receiver device, wherein the information released to the receiver device comprises a storage location of an encrypted information file, and an information file decryption key; a storage means which stores a record of a user's participation in the secure electronic message system; a security metric module arranged to derive a security metric associated with the user based on the record of the user's participation in the secure electronic message system; means for receiving a request for a security metric from a sender device, the request including an identifier of a user; and means for communicating to the sender device a security metric associated with the identifier in response to the request. means for receiving information about an electronic message from the sender device; means for generating an identifier of the electronic message; means for sending the identifier to the sender device; means for receiving the identifier from the receiver device; means for releasing to the receiver device information allowing retrieval of an encrypted electronic message body from a storage environment accessible by third parties on receipt of the identifier from the receiver device, wherein the information released to the receiver device comprises a storage location of an encrypted information file, and an information file decryption key; a storage means which stores a record of a user's participation in the secure electronic message system; a security metric module arranged to derive a security metric associated with the user based on the record of the user's participation in the secure electronic message system; means for receiving a request for a security metric from a sender device, the request including an identifier of a user; and means for communicating to the sender device a security metric associated with the identifier in response to the request.