mhurhangee/ep-ind-claims huggingface dataset:
A device for securing an information carrier in a sales area, in particular for displaying prices, comprising - a rear portion capable of being mounted in a receiving portion of a structure in the sales area, said receiving portion defining a receiving space, - a front portion connected to the rear portion and having an information carrier display portion, said device being characterized in that - the rear portion comprises a single rigid tab conformed so as to be inserted into the receiving space without deformation, and in that: - at least a flexible member is arranged on a first end (11 a) of the rigid tab so as to be deformed when the rigid tab is inserted into the receiving space and so that said tab is kept inserted in said receiving space by virtue of the cooperation of said at least one flexible member with said receiving portion. - a rear portion capable of being mounted in a receiving portion of a structure in the sales area, said receiving portion defining a receiving space, - a front portion connected to the rear portion and having an information carrier display portion, - the rear portion comprises a single rigid tab conformed so as to be inserted into the receiving space without deformation, and in that: - at least a flexible member is arranged on a first end (11 a) of the rigid tab so as to be deformed when the rigid tab is inserted into the receiving space and so that said tab is kept inserted in said receiving space by virtue of the cooperation of said at least one flexible member with said receiving portion.
Use as perfuming ingredient of a compound of formula in the form of any one of its stereoisomers or a mixture thereof, and wherein the bold and hatched lines indicate a relative or absolute configuration; and one dotted line represents a carbon-carbon single bond and the other a carbon-carbon double bond.
Method for fabricating a I-III-VI 2 layer having photovoltaic properties, comprising: - deposition of molybdenum on a substrate to form a contact layer, the deposition comprising a step of adding an additional element to the molybdenum to form a compound (MO-EO), in the contact layer, acting as a barrier to diffusion of the element VI, - deposition of a precursor of the photovoltaic layer, on the contact layer, and - heat treatment of the precursor with an addition of element VI to form the I-III-VI 2 layer, the method comprising the deposition of a sacrificial molybdenum layer on the compound of MO-EA and before the deposition of the precursor, wherein said sacrificial layer reacts with the element VI during the heat treatment to form a superficial layer between the contact layer and the photovoltaic layer. - deposition of molybdenum on a substrate to form a contact layer, the deposition comprising a step of adding an additional element to the molybdenum to form a compound (MO-EO), in the contact layer, acting as a barrier to diffusion of the element VI, - deposition of a precursor of the photovoltaic layer, on the contact layer, and - heat treatment of the precursor with an addition of element VI to form the I-III-VI 2 layer, the method comprising the deposition of a sacrificial molybdenum layer on the compound of MO-EA and before the deposition of the precursor, wherein said sacrificial layer reacts with the element VI during the heat treatment to form a superficial layer between the contact layer and the photovoltaic layer.
A computer-implemented method comprising: detecting, by a voice assistant application executing on a control device, a first device at a location, wherein the location is a conference room; associating, by the voice assistant application, the first device with at least one device command in a commands library; receiving, by the voice assistant application, a voice input from a user at the location to attend an event; in response to the input, obtaining event information associated with the event at the location, wherein the event information includes information regarding a remote teleconference or web conference space associated with the event; processing, by the voice assistant application, the input locally to determine a first device command associated with the input and included in the at least one device command; and causing, by the voice assistant application, at least one first operation to be performed by the first device in accordance with the first device command; wherein the method further comprises performing, by the control device: identifying a user at the location; and based on the user identification, causing at least one second operation to be performed by the first device, wherein the at least one second operation includes setting a personalized configuration of the first device, including setting a volume level configuration for a speaker of the first device. detecting, by a voice assistant application executing on a control device, a first device at a location, wherein the location is a conference room; associating, by the voice assistant application, the first device with at least one device command in a commands library; receiving, by the voice assistant application, a voice input from a user at the location to attend an event; in response to the input, obtaining event information associated with the event at the location, wherein the event information includes information regarding a remote teleconference or web conference space associated with the event; processing, by the voice assistant application, the input locally to determine a first device command associated with the input and included in the at least one device command; and causing, by the voice assistant application, at least one first operation to be performed by the first device in accordance with the first device command; wherein the method further comprises performing, by the control device: identifying a user at the location; and based on the user identification, causing at least one second operation to be performed by the first device, wherein the at least one second operation includes setting a personalized configuration of the first device, including setting a volume level configuration for a speaker of the first device. identifying a user at the location; and based on the user identification, causing at least one second operation to be performed by the first device, wherein the at least one second operation includes setting a personalized configuration of the first device, including setting a volume level configuration for a speaker of the first device.
Railway works machine comprises a machine frame and a works shuttle, the machine frame having two opposite longitudinal end portions (126, 128) and a middle portion connecting the opposite longitudinal end portions (126, 128), a volume being created underneath the middle portion of the machine frame to house at least part of the works shuttle, the works shuttle comprising a shuttle frame and at least one works unit, the shuttle frame being able to move with respect to the machine frame, in a longitudinal direction of the works machine, back and forth between two end-of-travel positions, the works machine further comprising a longitudinal locking device (66, 68) which is capable of securing the machine frame to the shuttle frame in a travel position of the railway works machine, wherein the longitudinal locking device (66, 68) comprises a first locking device between a first of the two longitudinal end portions and the shuttle frame, characterized in that the locking device comprises a second locking device between the shuttle frame and a second of the two longitudinal end portions, each of the first and second locking devices (66, 68) being capable of withstanding a critical load exceeding 500 kN, preferably exceeding 900 kN, preferably exceeding 1500 kN, in the longitudinal direction so that the longitudinal locking system (66, 68) is capable of securing the machine frame to the shuttle frame in the travel position of the machine by securing the first of the two longitudinal end portions to the shuttle frame with the first locking device in the locking position and the second of the two longitudinal end portions to the shuttle frame with the second locking device in the locking position so that the shuttle frame and the machine frame form a structural whole.
Coaxial cable for electrical transmission of a high-frequency and/or highspeed data signal, in particular for medical-engineering applications, comprising a core arranged radially inside and a plurality of shields (16a, 16b) which surround the core radially outside, wherein the core exhibits a litz with a plurality of individual wires, wherein the shields (16a, 16b) have differing inner diameters and surround the core concentrically, characterized in that exactly two screens (16a, 16b) are provided that are directly adjoining each other in radial direction.
Glare-free headlamp for a motor vehicle with a variety of light units, wherein each of the light units has: (a) a light source element that is set up to emit light along a first optical axis in the direction of a space, (b) a projection lens that is arranged in the direction of the emitted light behind the light source element and is set up to project the light, which is emitted by the light source element, under a spatial angle (Ω) into the space, and (c) a photodetector that is arranged in the direction of the emitted light in front of the projection lens and is set up to capture the light that is projected by the projection lens into the space and is reflected by an object in the space along a second optical axis back to the projection lens, and wherein the headlamp is set up to stop emission of the light from a light source element if the emitted light is reflected back and is captured by the photodetector of the light unit with the light source element, characterised in that each of the projection lenses is set up to project light under a spatial angle (Ω) into the space, which distinguishes itself from the spatial angles (Ω) of the other projection lenses. (a) a light source element that is set up to emit light along a first optical axis in the direction of a space, (b) a projection lens that is arranged in the direction of the emitted light behind the light source element and is set up to project the light, which is emitted by the light source element, under a spatial angle (Ω) into the space, and (c) a photodetector that is arranged in the direction of the emitted light in front of the projection lens and is set up to capture the light that is projected by the projection lens into the space and is reflected by an object in the space along a second optical axis back to the projection lens,
A cipher key generation apparatus comprising: a key generation section adapted to generate a secret key for electronic signature on a basis of a photoelectric random number as a random number acquired on a basis of photoelectric conversion in an array sensor in which multiple pixels each having a visible or invisible light reception element are arranged one-dimensionally or two-dimensionally, wherein the key generation section is configured to generate the secret key by acquiring, as the photoelectric random number, an electric signal value of each of the pixels that is acquired by the photoelectric conversion. a key generation section adapted to generate a secret key for electronic signature on a basis of a photoelectric random number as a random number acquired on a basis of photoelectric conversion in an array sensor in which multiple pixels each having a visible or invisible light reception element are arranged one-dimensionally or two-dimensionally, wherein the key generation section is configured to generate the secret key by acquiring, as the photoelectric random number, an electric signal value of each of the pixels that is acquired by the photoelectric conversion.
An apparatus for irradiating air in an air circulation system, comprising: a filter unit for coupling to a recirculating-air conduit of the air circulation system, the filter unit having an inlet end; a filter disposed at the inlet end of the filter unit, comprising a wall of filter media having a shape that defines an interior volume of the filter; an ultraviolet light disposed on an end plate, configured to be mounted with the ultraviolet light positioned in the interior volume of the filter and the end plate against an open end of the filter; wherein the ultraviolet light is configured to emit ultraviolet radiation substantially at between 222 nm and 265 nm for irradiating air flow through the filter into the air circulation system and characterized in further comprising a lens that encloses the ultraviolet light and is secured to the end plate to establish a sealed volume; and a ventilation tube extending through the end plate into the sealed volume enclosed by the lens for enabling venting and extraction of ozone or gaseous effluence released in the event of breakage or failure of the ultraviolet light. a filter unit for coupling to a recirculating-air conduit of the air circulation system, the filter unit having an inlet end; a filter disposed at the inlet end of the filter unit, comprising a wall of filter media having a shape that defines an interior volume of the filter; an ultraviolet light disposed on an end plate, configured to be mounted with the ultraviolet light positioned in the interior volume of the filter and the end plate against an open end of the filter; a lens that encloses the ultraviolet light and is secured to the end plate to establish a sealed volume; and a ventilation tube extending through the end plate into the sealed volume enclosed by the lens for enabling venting and extraction of ozone or gaseous effluence released in the event of breakage or failure of the ultraviolet light.
A method of decoding video data, the method comprising: decoding information indicating whether gradual decoder refresh, GDR, of a picture is enabled; and when GDR is enabled, decoding information in a supplemental enhancement information, SEI, message that indicates for a respective slice of the picture and for one or more following slices received before a next SEI message whether said slices belong to a GDR foreground region of the picture, wherein the GDR foreground region contains only intra-coded blocks, and wherein the GDR foreground region is independently decodable from coded slices that belong to coded pictures preceding, in decoding order, a set of pictures from a picture associated with the SEI message to a recover point picture inclusive, and is independently decodable from coded slices that are not GDR foreground regions in the set of pictures. decoding information indicating whether gradual decoder refresh, GDR, of a picture is enabled; and when GDR is enabled, decoding information in a supplemental enhancement information, SEI, message that indicates for a respective slice of the picture and for one or more following slices received before a next SEI message whether said slices belong to a GDR foreground region of the picture, wherein the GDR foreground region contains only intra-coded blocks, and wherein the GDR foreground region is independently decodable from coded slices that belong to coded pictures preceding, in decoding order, a set of pictures from a picture associated with the SEI message to a recover point picture inclusive, and is independently decodable from coded slices that are not GDR foreground regions in the set of pictures.
A head restraint (1, 100) comprising: a headrest member (10, 110) configured with a back portion (12, 112) and two side portions (20,30) extending therefrom; and a restraining member (40, 140) pivotally articulated to said side portions (20, 30, 120, 130) and configured for rotation at least between an upward position and a downward position; characterized in that the side portions (20, 30, 120, 130) of the headrest member (10, 110) are foldable with respect to the back portion (12, 112) so as to allow the headrest member (10,110) to assume a first state in which the side portions (20, 30, 120, 130) are spaced from each other at a first extent and a second state in which the side portions (20, 30, 120, 130) are spaced from each other to a second extent which is smaller than said first extent, and in that displacement of the restraining member (40, 140) between its upward position and its downward position is configured to cause the headrest member (10, 110) to assume its first and second states, respectively. a headrest member (10, 110) configured with a back portion (12, 112) and two side portions (20,30) extending therefrom; and a restraining member (40, 140) pivotally articulated to said side portions (20, 30, 120, 130) and configured for rotation at least between an upward position and a downward position; characterized a restraining member (40, 140) pivotally articulated to said side portions (20, 30, 120, 130) and configured for rotation at least between an upward position and a downward position; characterized in that the side portions (20, 30, 120, 130) of the headrest member (10, 110) are foldable with respect to the back portion (12, 112) so as to allow the headrest member (10,110) to assume a first state in which the side portions (20, 30, 120, 130) are spaced from each other at a first extent and a second state in which the side portions (20, 30, 120, 130) are spaced from each other to a second extent which is smaller than said first extent, and in that displacement of the restraining member (40, 140) between its upward position and its downward position is configured to cause the headrest member (10, 110) to assume its first and second states, respectively.
A sample collection device for collecting, filtering, and stabilizing a biological sample, including a filtering device to collect and filter the sample and a collection tube defining a storage volume therein where the sample is adapted to be mixed with a stabilizing buffer and stored for subsequent use, the filtering device comprising: a mouthpiece being substantially conical in shape and defining a channel configured to allow a sample to flow therethrough; and a filter at least partially positioned within the channel, the filter being substantially cylindrical in shape having an outer annular wall defining a second channel therethrough, the annular wall including a first or open end that provides access to the second channel and a second end opposite the open end that is enclosed by a perforated wall, and the perforated wall defining a plurality of apertures configured to filter a biological sample passing through the channel, wherein the filter also defines one or more by-pass apertures formed into the annular wall and oriented such that at least a portion of the by-pass apertures is positioned upstream of the perforated wall defining the plurality of apertures, wherein each of the one or more by-pass apertures define a first effective width, wherein each of the plurality of apertures define a second effective width, and wherein the first effective width is smaller than the second effective width. a mouthpiece being substantially conical in shape and defining a channel configured to allow a sample to flow therethrough; and a filter at least partially positioned within the channel, the filter being substantially cylindrical in shape having an outer annular wall defining a second channel therethrough, the annular wall including a first or open end that provides access to the second channel and a second end opposite the open end that is enclosed by a perforated wall, and the perforated wall defining a plurality of apertures configured to filter a biological sample passing through the channel, wherein the filter also defines one or more by-pass apertures formed into the annular wall and oriented such that at least a portion of the by-pass apertures is positioned upstream of the perforated wall defining the plurality of apertures, wherein each of the one or more by-pass apertures define a first effective width, wherein each of the plurality of apertures define a second effective width, and wherein the first effective width is smaller than the second effective width.
Starter device for starting internal combustion engines, comprising a rotor which comprises a drive shaft on which an armature pinion (80, 202) is arranged, wherein the armature pinion (80, 202) is arranged on a shaft journal (110, 224) of the drive shaft by means of a frictional connection, and the armature pinion comprises a sleeve part and a flange part, wherein at least one resiliently formed spring element is arranged on the drive shaft which generates an axial force which acts via a friction pairing (206, 210, 212) on the armature pinion, wherein the armature pinion is secured axially on the shaft journal (110, 224) by means of a fastening element, characterized in that the fastening element is configured as a nut.
A process comprising: a. providing a feed stream having a first density comprising water, acetic acid, methyl acetate, at least one PRC, and greater than about 30 wt% methyl iodide to a distillation column comprising a distillation zone and a bottom sump zone; and b. distilling the feed stream at a pressure and a temperature sufficient to produce an overhead stream having a second density and comprising greater than about 40 wt% methyl iodide and at least one PRC; wherein a percent decrease between the first density and the second density is from 20% to 35%; wherein a residuum stream flowing from the bottom sump zone has a third density which is less than the first density, and comprises greater than about 0.1 wt% water, wherein the residuum stream comprises greater than or equal to about 0.11 wt% HI, and wherein at least a portion of the HI is produced within the distillation column. a. providing a feed stream having a first density comprising water, acetic acid, methyl acetate, at least one PRC, and greater than about 30 wt% methyl iodide to a distillation column comprising a distillation zone and a bottom sump zone; and b. distilling the feed stream at a pressure and a temperature sufficient to produce an overhead stream having a second density and comprising greater than about 40 wt% methyl iodide and at least one PRC; wherein a percent decrease between the first density and the second density is from 20% to 35%;
An electromagnetic-wave absorber composition, comprising: a magnetic iron oxide that magnetically resonates at a high frequency in or above a millimeter-wave band; and a resin binder, wherein the magnetic iron oxide comprises a plurality of magnetic iron oxides (1a 1, 1a 2) having coercive forces different from each other and magnetic resonance frequencies with a difference of 5 GHz or more between the magnetic resonance frequencies, and the electromagnetic-wave absorber composition has two or more extrema separated from each other on a differential curve obtained by differentiating an M-H curve when an external magnetic field of from 1273 kA/m (16 kOe) to - 1273 kA/m (-16 kOe) is applied. a magnetic iron oxide that magnetically resonates at a high frequency in or above a millimeter-wave band; and a resin binder, wherein the magnetic iron oxide comprises a plurality of magnetic iron oxides (1a 1, 1a 2) having coercive forces different from each other and magnetic resonance frequencies with a difference of 5 GHz or more between the magnetic resonance frequencies, and the electromagnetic-wave absorber composition has two or more extrema separated from each other on a differential curve obtained by differentiating an M-H curve when an external magnetic field of from 1273 kA/m (16 kOe) to - 1273 kA/m (-16 kOe) is applied.