mhurhangee/ep-ind-claims huggingface dataset:
A vehicle lamp comprising: a light source; a heat sink on which the light source is disposed; a reflector that is disposed above the heat sink and reflects light from the light source toward a front side; a lens that is disposed further front side than the light source and irradiates the light toward the front side; and a light distribution pattern switching part that is disposed between the lens and the light source and switches a light distribution pattern, wherein the light distribution pattern switching part includes a bracket, a crank that is supported by a support part of the bracket, a shade that performs a rotation action to switch the light distribution pattern, and a support shaft that rotatably supports the shade and is fixed on the bracket, characterized in that the crank includes a rotating shaft part that extends across the bracket to be rotatably supported by the support part of the bracket, and a rotation action part that is formed at one end of the rotating shaft part and rotates about the rotating shaft part to perform a rotation action of the shade, and wherein the support shaft is disposed to cross the rotating shaft part of the crank so as not to remove the rotating shaft part of the crank from the support part of the bracket. a light source; a heat sink on which the light source is disposed; a reflector that is disposed above the heat sink and reflects light from the light source toward a front side; a lens that is disposed further front side than the light source and irradiates the light toward the front side; and a light distribution pattern switching part that is disposed between the lens and the light source and switches a light distribution pattern, wherein the light distribution pattern switching part includes a bracket, a crank that is supported by a support part of the bracket, a shade that performs a rotation action to switch the light distribution pattern, and a support shaft that rotatably supports the shade and is fixed on the bracket, characterized in that the crank includes a rotating shaft part that extends across the bracket to be rotatably supported by the support part of the bracket, and a rotation action part that is formed at one end of the rotating shaft part and rotates about the rotating shaft part to perform a rotation action of the shade, and wherein the support shaft is disposed to cross the rotating shaft part of the crank so as not to remove the rotating shaft part of the crank from the support part of the bracket.
A method for delivering interactivity event applications to receiver devices for use in a mobile multimedia broadcast system, characterized by: receiving, from one or more content providers, interactive content comprising interactive sequences in an interactivity production system; generating, based on the received interactive content, interactivity event information comprising interactivity event application data and interactivity event metadata in the interactivity production system, the interactivity event application data comprising interactive elements information, the interactivity event metadata comprising an event start time field and a validity duration field; generating the interactivity event applications based on the generated interactivity event information in an interactivity application generator; broadcasting the interactivity event applications by an interactivity broadcast server; and broadcasting interactivity event signaling messages for the generated interactivity event applications by the interactivity broadcast server, wherein the interactivity event signaling messages are configured to prompt the receiver device to synchronize the generated interactivity event applications with a broadcast program of a broadcast stream. receiving, from one or more content providers, interactive content comprising interactive sequences in an interactivity production system; generating, based on the received interactive content, interactivity event information comprising interactivity event application data and interactivity event metadata in the interactivity production system, the interactivity event application data comprising interactive elements information, the interactivity event metadata comprising an event start time field and a validity duration field; generating the interactivity event applications based on the generated interactivity event information in an interactivity application generator; broadcasting the interactivity event applications by an interactivity broadcast server; and broadcasting interactivity event signaling messages for the generated interactivity event applications by the interactivity broadcast server, wherein the interactivity event signaling messages are configured to prompt the receiver device to synchronize the generated interactivity event applications with a broadcast program of a broadcast stream.
A mobile terminal comprising a transmitter configured to transmit uplink data to a network over a radio interface, the radio interface comprising a first group of sub-carriers within a first bandwidth for mobile terminals of a first type to transmit uplink data to the network and forming a host uplink carrier, to transmit a random access request message on a random access channel to a base station of the network, requesting uplink radio resources within a virtual uplink carrier comprising a second group of sub-carriers within a second bandwidth, the second bandwidth being smaller than the first bandwidth, the mobile terminal being of a second type, the random access channel being formed on one or more sub-carriers which are within the first group of sub-carriers and not within the second group of sub-carriers, a receiver configured to receive a resource allocation message from the network allocating communications resources provided within the second bandwidth, in response to the random access request message, wherein the transmitter is configured to transmit uplink data on one or more of the second group of sub-carriers allocated by the resource allocation message.
Gland packing used in order to ensure the expansion of plastic through heating and to eliminate friction towards shaft that it runs through in extruder systems, comprising an exchanger pipe having a cylindrical structure through which fluid/semi fluid may continually flow at a temperature that can melt the plastic, coupling half mounted on legs of said exchanger pipe in order to conduct in and outflows of fluid/semi fluid that will run through the straight formed leg portions of exchanger pipe that remains outside of gland packing, at least one informant outlet positioned on the outer surface of said coupling half and that allows leaks to be noticed in the event of leak of high temperature fluid/semi fluid that is used for melting of plastic by means of exchanger pipe and O-ring within channel system, seeping into the system due to a puncture occurred both on O-ring and on exchanger pipe as a consequence of a powerful impact or abrasion, a channel bearing to the exchanger pipe and where the exchanger pipe is located inside of channel, and wherein said channel is of a perpetually lasting form along the gland packing and has a hollow structure in "U" form that starts from gland packing roof and that reaches out towards gland packing base however that comes to an end before it slopes down entirely toward gland packing base,and O-ring which is positioned inside the channel such that it covers the exchanger pipe fixedly positioned inside the channel located in a covering manner on top of exchanger pipe which is positioned inside channel, and that has a structure that is compatible with the structure of the channel in order to preclude any leaks into the system that may occur as a consequence of abrasion/puncture of the exchanger pipe getting damaged due to movement of packing and its shaft and any other external factors.
A surface decontamination device for decontaminating outer packaging which contains pre-sterilized consumer goods, in particular prefilled syringes, and which has a circumferential collar prior to transfer into an isolator, said surface decontamination device comprising conveying means for conveying the outer packaging in a conveying direction along a conveying path from an inlet side of the device to an outlet side of the device, the conveying path passing through a decontamination chamber which is disposed between the inlet side and the outlet side and to which a radiation source, in particular an electron beam source, is assigned for irradiating the outer packaging which can be conveyed through the decontamination chamber, and passing through two lock chambers (8, 14) which are disposed between the inlet side and the outlet side and which are adjacent to the decontamination chamber and which have an inlet and an outlet, a first of the two lock chambers being disposed upstream and a second of the two lock chambers being disposed downstream of the decontamination chamber, the inlets and outlets of the lock chambers being able/configured to be opened and closed by means of closing means, the conveying means comprising a suspension transport device disposed in the decontamination chamber for the suspended transport of the outer packaging by its circumferential collar, characterized in that the closing means comprise a circumferential wall (9, 17) which can be rotated about an axis of rotation and which has at least one, preferably solely one, opening which can be displaced into the conveying path for conveying the outer packaging through said circumferential wall (9, 17), the opening being realized in such a manner that the inlet and the outlet can be opened solely in an alternating manner, a lifting device (11, 15) for the automatic, vertical displacement of the outer packaging relative to the suspension transport device being disposed in the lock chambers (8, 14).
A shaping material comprising a crystalline alicyclic structure-containing resin, wherein the crystalline alicyclic structure-containing resin has a melting point of 200°C or higher, as determined by the method defined in the description, and the content of chlorobenzene-soluble components in the shaping material is 1,000 ppm or less as an o-dichlorobenzene-equivalent value based on gas chromatography analysis with o-dichlorobenzene as a standard substance. the crystalline alicyclic structure-containing resin has a melting point of 200°C or higher, as determined by the method defined in the description, and the content of chlorobenzene-soluble components in the shaping material is 1,000 ppm or less as an o-dichlorobenzene-equivalent value based on gas chromatography analysis with o-dichlorobenzene as a standard substance.
Grinding machine for grinding a gear, comprising a rotatably drivable, toolcarrying hollow spindle as a working spindle, which is mounted on a bearing holder so as to be rotatable in its interior and within a tool-receiving region, and comprising a drive motor for driving the working spindle, characterized in that the grinding machine has a rotatably drivable workpiece-carrying spindle and an electronic synchronization of a rotational angle position of the working spindle and a rotational angle position of the workpiece-carrying spindle, in that the drive motor is arranged on one side of the tool-receiving region and outside the tool-receiving region of the working spindle in such a way that a rotor of the drive motor is rigidly connected to the working spindle and does not have its own pivot bearing, and in that the bearing holder is fastened to the drive motor and is fastened only at one end of the workpiece-carrying spindle, and projects from this end into the hollow working spindle.
A chlorine dioxide solution generating apparatus comprising a reaction chamber that is supplied with metered quantities of an acidic solution and a chlorite or chlorate solution from separate sources whereby a reservoir of a chlorine dioxide solution is generated and retained within the reaction chamber; a conduit along which a pressurized flow of a motive fluid is fed and with which the interior of the reaction chamber communicates via a dip tube; a venturi located in the conduit adjacent an outlet from the dip tube whereby suction is applied to the interior of the reaction chamber by the pressurized flow of motive fluid to draw chlorine dioxide solution from the reservoir whereby it is entrained into the flow of motive fluid in the conduit; and a controller adapted to control the flow of motive fluid along the conduit and the metering of the supply of said quantities of the acidic solution and the chlorite or chlorate solution to said reaction chamber, characterised in that: the metered quantities of the acidic solution and the chlorite or chlorate solution are fed in to the reaction chamber via supply pipes (3, 4) that enter the top of the reaction chamber and terminate in a lower region of the reaction chamber that contains an inert aggregate.
Method for assessing the operability of a ceramic sensor for detecting soot, wherein the sensor comprises two measurement electrodes, which are spaced apart from one another and can be exposed to an exhaust gas, and an electrical resistance heating element, wherein the method comprises the following steps: • activating the resistance heating element for heating the sensor and for burning soot off the two measurement electrodes, subsequently • deactivating the resistance heating element, subsequently • waiting for a first predefined period of time and/or waiting until a signal, which is received from the sensor and represents the sensor temperature, reaches a first predefined value, subsequently • measuring a first variable representing the electrical resistance between the measurement electrodes, subsequently • assessing the operability of the sensor on the basis of the first variable representing the electrical resistance between the measurement electrodes, characterized in that a voltage is applied between the measurement electrodes during the activation of the resistance heating element for heating the sensor and for burning soot off the two measurement electrodes and said voltage is maintained in the subsequent method steps. • activating the resistance heating element for heating the sensor and for burning soot off the two measurement electrodes, subsequently • deactivating the resistance heating element, subsequently • waiting for a first predefined period of time and/or waiting until a signal, which is received from the sensor and represents the sensor temperature, reaches a first predefined value, subsequently • measuring a first variable representing the electrical resistance between the measurement electrodes, subsequently • assessing the operability of the sensor on the basis of the first variable representing the electrical resistance between the measurement electrodes,
Handle for an endoscope, comprising a handle portion and a communication device, wherein an accommodation housing, in which electrical and/or electronic components of the communication device are accommodated, is preferably integrally formed on the handle portion, and on the outside of which a control panel is arranged, via which a separate operating station connected to the endoscope via connections can be actuated, the control panel being electrically connected to the communication device, wherein the handle is surrounded by a fluid-tight sleeve, so that the accommodation housing and the control panel are closed fluid-tight to the outside so that the handle is adapted for wet cleaning, preferably by a dipping method, characterized in that the fluid-tight sleeve is a surface coating by immersion in a suitable sealing liquid.
A toner particle comprising: a continuous phase comprising a binder polymer a second phase within the continuous phase comprising discrete pores stabilized with a hydrocolloid, wherein the particle has a porosity of between 20 and 90 percent, wherein the hydrocolloid is selected from carboxymethyl cellulose, gelatin, alkali-treated gelatin, acid treated gelatin, and gelatin derivatives. a continuous phase comprising a binder polymer a second phase within the continuous phase comprising discrete pores stabilized with a hydrocolloid, wherein the particle has a porosity of between 20 and 90 percent, wherein the hydrocolloid is selected from carboxymethyl cellulose, gelatin, alkali-treated gelatin, acid treated gelatin, and gelatin derivatives.
Disc brake, in particular for utility vehicles, having a brake shaft and a thrust piece and/or a thrust spindle device and a brake calliper which has an installation opening for the installation of the brake shaft, wherein the brake shaft is coordinated with the brake calliper such that said brake shaft can serve for the application of the brake, characterized in that the brake calliper and the brake shaft each have a coding which permits installation of the brake shaft through the installation opening only when the two codings match one another, the installation opening has a first dimension in a first direction and a second dimension in a second direction lying transversely with respect to the first direction, and the brake shaft has a first dimension in the first direction and has a second dimension in the second direction, the coding includes the first dimension of the brake shaft being smaller than the first dimension of the installation opening and the second dimension of the brake shaft being smaller than the second dimension of the installation opening, and a device for limiting the first and/or the second dimension of the installation opening and a device (12, 14, 16, 18, 20, 22) for supporting/guiding a thrust piece at least partially coincide, so that the device for limiting the first and/or the second dimension of the installation opening serves for supporting/guiding the thrust piece, characterized in that a preassembled unit which has the brake shaft in combination with the thrust piece and/or with the thrust spindle device does not fit through the insertion opening.
Device for covering a luggage compartment of a motor vehicle, said device comprising: - a flexible curtain for covering luggage, capable of being actuated between a deployed covering configuration and a retracted storage configuration, - a housing for receiving said curtain in the storage configuration, - two end pieces mounted at the ends of said housing, each of said end pieces being provided with a fastening means intended to engage with a reciprocal fastening means provided in front of a respective lateral trim part of said compartment, in order to allow said housing to be reversibly fixed onto said trim parts, - a transverse winding shaft for winding said curtain in order to receive same in the retracted configuration, said shaft being secured to a front edge of said curtain, said shaft being mounted such that it rotates via the ends thereof on said end pieces, said shaft being actuated by winding by a spring means, - a stiffening plate for stiffening a rear edge of said curtain, - at least one first and one second reciprocal interlocking means respectively secured to said plate and to said housing or vice-versa, said means being engaged by the placement of said curtain in the retracted configuration so as to allow said plate to be held in a substantially horizontal position, said system being characterised in that said first means has a cavity for receiving said second means, said cavity being provided with an elastically-deformable bottleneck, said second means having a geometry that is arranged so as to allow said bottleneck to widen when it is inserted into said cavity and to allow said bottleneck to return to the non-deformed configuration once said interlocked therein, so as to block said second means inside said cavity and allow transportation of said device once removed by the grasping of said plate. - a flexible curtain for covering luggage, capable of being actuated between a deployed covering configuration and a retracted storage configuration, - a housing for receiving said curtain in the storage configuration, - two end pieces mounted at the ends of said housing, each of said end pieces being provided with a fastening means intended to engage with a reciprocal fastening means provided in front of a respective lateral trim part of said compartment, in order to allow said housing to be reversibly fixed onto said trim parts, - a transverse winding shaft for winding said curtain in order to receive same in the retracted configuration, said shaft being secured to a front edge of said curtain, said shaft being mounted such that it rotates via the ends thereof on said end pieces, said shaft being actuated by winding by a spring means, - a stiffening plate for stiffening a rear edge of said curtain, - at least one first and one second reciprocal interlocking means respectively secured to said plate and to said housing or vice-versa, said means being engaged by the placement of said curtain in the retracted configuration so as to allow said plate to be held in a substantially horizontal position,
An imaging apparatus comprising: a subject-to-be-examined support unit that is arranged to support a subject to be examined; a light source unit that is arranged to output light entering the subject-to-be-examined support unit from a side opposite to a side by which the subject to be examined is supported; a plate member that is illuminated with the light that has been output from the light source unit and passed through the subject-to-be-examined support unit and the subject to be examined, and emits fluorescence or reflects light as reflection light; a detector that is arranged to detect the fluorescence that has been emitted from the plate member and passed through the subject-to-be-examined support unit and the subject to be examined, or the light that has been reflected, as the reflection light, from the plate member and passed through the subject-to-be-examined support unit and the subject to be examined; characterized in that the imaging apparatus further comprises a plate support unit (80, 100, 200) that is arranged to support the plate member, wherein the plate support unit (80, 100, 200) is structured in such a manner that a distance between the subject-to-be-examined support unit and the plate member is changeable by moving the plate member in a direction closer to the subject-to-be-examined support unit and in a direction away from the subject-to-be-examined support unit. a subject-to-be-examined support unit that is arranged to support a subject to be examined; a light source unit that is arranged to output light entering the subject-to-be-examined support unit from a side opposite to a side by which the subject to be examined is supported; a plate member that is illuminated with the light that has been output from the light source unit and passed through the subject-to-be-examined support unit and the subject to be examined, and emits fluorescence or reflects light as reflection light; a detector that is arranged to detect the fluorescence that has been emitted from the plate member and passed through the subject-to-be-examined support unit and the subject to be examined, or the light that has been reflected, as the reflection light, from the plate member and passed through the subject-to-be-examined support unit and the subject to be examined; characterized in that the imaging apparatus further comprises a plate support unit (80, 100, 200) that is arranged to support the plate member, wherein the plate support unit (80, 100, 200) is structured in such a manner that a distance between the subject-to-be-examined support unit and the plate member is changeable by moving the plate member in a direction closer to the subject-to-be-examined support unit and in a direction away from the subject-to-be-examined support unit.