mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: mobile, compact communication device for allowing voice communication using a communication network; said mobile communication device having a first RFID; a subscriber identification module in said mobile communication device; and, said subscriber identification module having a second RFID having an identifier that is different from an identifier of said first RFID; and a computer database, said database storing identifiers of said mobile communication device with associated first RFID's, said database storing identities of said subscriber identification module with associated second RFID's, said database storing associations between said first RFID's identifiers and said second RFID's identifiers.
A knob assembly for a cooking apparatus, comprising: a knob coupled to an adjustment shaft for adjusting a power level of a power source; a knob ring rotatable independently of the knob, wherein the knob ring surrounds the knob and supports the adjustment shaft at two or more points thereof; wherein the knob ring includes: a knob ring main body configured to form an exterior appearance thereof, a rear surface plate coupled to a rear surface of the knob ring main body and provided with a support hole configured to support the adjustment shaft which passes through the support hole, and a support pipe coupled to the rear surface plate and configured to support the adjustment shaft; characterized in that a display is provided on the knob ring; and wherein the support pipe includes: a flange coupled to the rear surface plate, and a tapered pipe formed to extend from the flange and provided with a cap configured to support the adjustment shaft. a knob coupled to an adjustment shaft for adjusting a power level of a power source; a knob ring rotatable independently of the knob, wherein the knob ring surrounds the knob and supports the adjustment shaft at two or more points thereof; a knob ring main body configured to form an exterior appearance thereof, a rear surface plate coupled to a rear surface of the knob ring main body and provided with a support hole configured to support the adjustment shaft which passes through the support hole, and a support pipe coupled to the rear surface plate and configured to support the adjustment shaft; characterized in that a display is provided on the knob ring; and a flange coupled to the rear surface plate, and a tapered pipe formed to extend from the flange and provided with a cap configured to support the adjustment shaft.
Method for creating a composite thermal insulation system, characterized by the following steps - Applying an insulating layer of facade insulation panels with a cuboidal base body with two opposite large surfaces (2, 3) and four side surfaces (4, 5) connecting the large surfaces by butt laying the facade insulation panels on a building wall to be insulated using adhesive and/or mechanical fastening means, so that the insulating layer has at least one outside recess (6, 7, 15) on the large surface remote from the building wall, at butt joint regions of adjoining panels, in the form of an undercut, - Filling the recesses (6, 7, 15) formed by the profiling between adjacent facade insulation panels with an adhesive filling compound and curing the adhesive filling compound to form a non-positive and elastic adhesive bond, - if necessary, removal of excess filling material and/or smoothing of the recess after the filling material has cured, - Application of base coat, reinforcing fabric and top coat, and, if necessary, of further top coats. - Applying an insulating layer of facade insulation panels with a cuboidal base body with two opposite large surfaces (2, 3) and four side surfaces (4, 5) connecting the large surfaces by butt laying the facade insulation panels on a building wall to be insulated using adhesive and/or mechanical fastening means, so that the insulating layer has at least one outside recess (6, 7, 15) on the large surface remote from the building wall, at butt joint regions of adjoining panels, in the form of an undercut, - Filling the recesses (6, 7, 15) formed by the profiling between adjacent facade insulation panels with an adhesive filling compound and curing the adhesive filling compound to form a non-positive and elastic adhesive bond, - if necessary, removal of excess filling material and/or smoothing of the recess after the filling material has cured, - Application of base coat, reinforcing fabric and top coat, and, if necessary, of further top coats.
An identification method for a computer to execute a process comprising: generating each of a plurality of first estimated values regarding an attribute of a face image by using a plurality of estimation models that generates a first estimated value regarding the attribute of the face image from the face image, each of the plurality of first estimated values being a score of a label regarding the attribute, the attribute being one selected from a gender, an age, a pupil color, of the face image; generating a plurality of pieces of similarity information that indicates a similarity between a local binary pattern of the face image and a plurality of pieces of local binary patterns respectively associated with the plurality of estimation models; and generating a second estimated value regarding the attribute of the face image, based on the plurality of first estimated values and the plurality of pieces of similarity information, the second estimated value being a total sum of the plurality of first estimated values to which a weight that corresponds to each similarity included in the plurality of pieces of similarity information is added. generating each of a plurality of first estimated values regarding an attribute of a face image by using a plurality of estimation models that generates a first estimated value regarding the attribute of the face image from the face image, each of the plurality of first estimated values being a score of a label regarding the attribute, the attribute being one selected from a gender, an age, a pupil color, of the face image; generating a plurality of pieces of similarity information that indicates a similarity between a local binary pattern of the face image and a plurality of pieces of local binary patterns respectively associated with the plurality of estimation models; and generating a second estimated value regarding the attribute of the face image, based on the plurality of first estimated values and the plurality of pieces of similarity information, the second estimated value being a total sum of the plurality of first estimated values to which a weight that corresponds to each similarity included in the plurality of pieces of similarity information is added.
Plant support and irrigation device for plants, including a rain collecting roof made of a translucent substrate, in particular a plastic material, supported by multiple dibbles (10, 11) running preferably at least partly inclined, preferably at an angle between 5° and 25° to the vertical, wherein the rain collecting roof comprises a number of through-openings, which are interspersed with the dibbles (10, 11) in such a way that the water from the rain collecting roof can flow through the through-openings along the outside of the dibbles (10, 11) downward in the direction of the root system of the plants and/or wherein a number of outlet spouts, preferably conically contoured, are assigned to the rain collecting roof, through which the water from the rain collecting roof can flow into the inside of the dibbles (10, 11) formed as hollow bodies and downward inside the dibbles (10, 11) in the direction of the root system of the plants, characterized in that the rain collecting roof comprises multiple integrally formed and parallel collecting gutters, which are formed by an edged plate (substrate plate) made of the translucent substrate, preferably of a polycarbonate. wherein the rain collecting roof comprises a number of through-openings, which are interspersed with the dibbles (10, 11) in such a way that the water from the rain collecting roof can flow through the through-openings along the outside of the dibbles (10, 11) downward in the direction of the root system of the plants and/or wherein a number of outlet spouts, preferably conically contoured, are assigned to the rain collecting roof, through which the water from the rain collecting roof can flow into the inside of the dibbles (10, 11) formed as hollow bodies and downward inside the dibbles (10, 11) in the direction of the root system of the plants,
A method of forming a Cu film by forming a Ti film or a Ta film as a barrier metal film on a substrate by a sputtering method and forming a first Cu film above the barrier metal film by a CVD method, wherein: a TiN film having a film thickness of 1 nm is formed on the barrier metal film by the sputtering method; the first Cu film is formed on the TiN film; and a first anneal processing is performed at 100 to 400°C. a TiN film having a film thickness of 1 nm is formed on the barrier metal film by the sputtering method; the first Cu film is formed on the TiN film; and a first anneal processing is performed at 100 to 400°C.
A vacuum cleaner comprising: a housing; a motor fan assembly mounted in the housing; a pivotable inlet nozzle in fluid communication with the motor fan assembly; a dirt container coupled to the pivotable inlet nozzle and the housing; characterised in that the pivotable inlet nozzle is pivotable between a first operable position, whereby the pivotable inlet nozzle is in fluid communication with a flexible hose mounted on the housing and a second operable position, whereby the pivotable inlet nozzle projects from the housing and is remote from the flexible hose. a housing; a motor fan assembly mounted in the housing; a pivotable inlet nozzle in fluid communication with the motor fan assembly; a dirt container coupled to the pivotable inlet nozzle and the housing; characterised in that the pivotable inlet nozzle is pivotable between a first operable position, whereby the pivotable inlet nozzle is in fluid communication with a flexible hose mounted on the housing and a second operable position, whereby the pivotable inlet nozzle projects from the housing and is remote from the flexible hose.
Polyalkyl(meth)acrylate-based polymers, consisting of the following monomers: (a) 6 wt.% to 12 wt.% of esters of (meth)acrylic acid and a hydroxylated hydrogenated polybutadiene; (b) 0 wt.% to 1 wt.% of methyl methacrylate; (c) 45 wt.% to 70 wt.% of n-butyl methacrylate; (d) 0 wt.% to 20 wt.% of C5-11 alkyl methacrylates; (e) 0.2 wt.% to 18 wt.% of C12-15 alkyl methacrylates, preferably LMA; (f) 2 wt.% to 19.8 wt.% of C16-20 alkyl methacrylates, preferably SMA; and (g) 0 wt.% to 1 wt.% of styrene monomers, wherein the sum of components (e) and (f) is equal to or less than 20 wt.%. (a) 6 wt.% to 12 wt.% of esters of (meth)acrylic acid and a hydroxylated hydrogenated polybutadiene; (b) 0 wt.% to 1 wt.% of methyl methacrylate; (c) 45 wt.% to 70 wt.% of n-butyl methacrylate; (d) 0 wt.% to 20 wt.% of C5-11 alkyl methacrylates; (e) 0.2 wt.% to 18 wt.% of C12-15 alkyl methacrylates, preferably LMA; (f) 2 wt.% to 19.8 wt.% of C16-20 alkyl methacrylates, preferably SMA; and (g) 0 wt.% to 1 wt.% of styrene monomers,
A device for manufacturing a packaging unit comprising a plurality of packaging items stacked into a goods stack, comprising a device for wrapping the goods stack, including a holder for a film supply and means for drawing off a predetermined length of film for wrapping the goods stack, characterized by - a device for recognizing and storing a marking of the wrapped goods stack, the marking being provided on the film, and - a device for measuring the goods stack, which cooperates with the device for storing the marking such that the measurement data determined by the measuring device are assigned to the marking data for a specific goods stack, and/or a device for weighing the goods stack which cooperates with the device for storing the marking such that the weight data determined by the weighing device are assigned to the marking data for a specific goods stack. - a device for recognizing and storing a marking of the wrapped goods stack, the marking being provided on the film, and - a device for measuring the goods stack, which cooperates with the device for storing the marking such that the measurement data determined by the measuring device are assigned to the marking data for a specific goods stack, and/or a device for weighing the goods stack which cooperates with the device for storing the marking such that the weight data determined by the weighing device are assigned to the marking data for a specific goods stack.
A data transfer method performed by a first base station in a wireless communication system, the method comprising: transmitting, to a second base station, a message requesting information for data transfer; receiving, from the second base station, a response message for the message requesting the information for data transfer; transmitting, to the second base station, data forwarding address indication for the second base station; and receiving, from the second base station, data pending at the second base station based on the data forwarding address indication for the second base station, wherein the data pending at the second base station are destinated to a lightly connected user equipment, UE, and wherein the first base station informs, by the data forwarding address indication for the second base station, the second base station of resource contexts to which the data pending at the second base station can be transferred to the first base station. transmitting, to a second base station, a message requesting information for data transfer; receiving, from the second base station, a response message for the message requesting the information for data transfer; transmitting, to the second base station, data forwarding address indication for the second base station; and receiving, from the second base station, data pending at the second base station based on the data forwarding address indication for the second base station, wherein the data pending at the second base station are destinated to a lightly connected user equipment, UE, and wherein the first base station informs, by the data forwarding address indication for the second base station, the second base station of resource contexts to which the data pending at the second base station can be transferred to the first base station.
Apparatus for analysing a blood sample comprising: - a dilution and analysis container suitable for containing an analysis solution obtained by dilution of the blood sample in at least one reagent, this analysis solution having a dilution rate suitable for measuring haemoglobin, - a circulation vessel comprising a parallelepipedal vessel, an injector and inlets (7, 8) for the sheath liquid, - a hydraulic system, - an optical measurement device for measuring leukocyte sub-populations of white blood cells contained in the analysis solution, - an electronic unit for guiding transfers and measuring the analysis solution, wherein - the dilution and analysis container is directly connected to the circulation vessel so that the analysis solution used to measure the haemoglobin level is also used to measure leukocyte sub-populations of white blood cells, with a defined dilution rate having a ratio of less than 1/160, - the circulation vessel is of the active sheath type, - the optical measurement device is associated with the circulation vessel, - the injector has an inner diameter of 200 μm, and - the circulation vessel and the hydraulic system are designed to generate a flow of the analysis solution, by active sheath hydrofocusing, having a diameter comprised between 70 and 90 μm so as to have sufficient cells for the optical measurement. - a dilution and analysis container suitable for containing an analysis solution obtained by dilution of the blood sample in at least one reagent, this analysis solution having a dilution rate suitable for measuring haemoglobin, - a circulation vessel comprising a parallelepipedal vessel, an injector and inlets (7, 8) for the sheath liquid, - a hydraulic system, - an optical measurement device for measuring leukocyte sub-populations of white blood cells contained in the analysis solution, - an electronic unit for guiding transfers and measuring the analysis solution, - the dilution and analysis container is directly connected to the circulation vessel so that the analysis solution used to measure the haemoglobin level is also used to measure leukocyte sub-populations of white blood cells, with a defined dilution rate having a ratio of less than 1/160, - the circulation vessel is of the active sheath type, - the optical measurement device is associated with the circulation vessel, - the injector has an inner diameter of 200 μm, and - the circulation vessel and the hydraulic system are designed to generate a flow of the analysis solution, by active sheath hydrofocusing, having a diameter comprised between 70 and 90 μm so as to have sufficient cells for the optical measurement.
Windscreen wiping device for a motor vehicle, with a wiper motor and at least one wiper bearing (5, 6) in which a wiper shaft (3, 4) is mounted, which wiper shaft is driveable via the wiper motor in order to actuate at least one wiper arm connected to the wiper shaft (3, 4), and with a fastening arrangement for connecting the windscreen wiping device to a body of the motor vehicle, wherein the fastening arrangement comprises a motor holder to which the wiper motor is fastenable, wherein the fastening arrangement comprises an adjustment mechanism (17, 22), which is connected rotatably to the motor holder, in order to adjust a distance between the motor holder and the vehicle body in a stepped manner by simple rotation of the adjustment mechanism (17, 22) so as to correct an orientation of the wiper bearing (5, 6) relative to a windscreen of the motor vehicle via the adjustment mechanism (17, 22), characterized in that the adjustment mechanism (17, 22) is formed by a basic body which has a cross-sectional area in the form of a polygon, the side surfaces (19, 20, 21, 25, 26, 27) of which are formed at differing distances from a common axis of rotation (18, 24).
A process of generating an information bearing signal for wireless transmission in a variable bandwidth wireless communication system capable of operating under multiple different communication schemes that each have a different bandwidth, the wireless communication system comprising a plurality of cells, wherein in each cell coverage is provided by a base station for distributing to and collecting information from mobile stations, the process performing the steps of: utilizing a specified number of subcarriers to construct a channel with a particular bandwidth; determining subchannels that include groups of the subcarriers; providing a fixed time-domain signal structure, including symbol length; maintaining a substantially constant ratio between a sampling frequency (f s) and a size of Fast Fourier Transform, FFT, and Inverse Fast Fourier Transform, IFFT, of the signal, or a fixed spacing between adjacent subcarriers; adding or subtracting some of the subcarriers or the subchannels to scale the channel and achieve a required bandwidth for the current communication scheme; and wherein a core-band, substantially centered at an operating center frequency of the communication scheme, is utilized for radio control and operation signaling, where the core-band is not wider than a smallest possible operating channel bandwidth of the system, wherein generating the information bearing signal comprises generating the information bearing signal having a primary preamble sufficient for basic radio operation including synchronization and cell identification, and wherein the primary preamble is an OFDM symbol corresponding to a particular frequency pattern within the core-band. utilizing a specified number of subcarriers to construct a channel with a particular bandwidth; determining subchannels that include groups of the subcarriers; providing a fixed time-domain signal structure, including symbol length; maintaining a substantially constant ratio between a sampling frequency (f s) and a size of Fast Fourier Transform, FFT, and Inverse Fast Fourier Transform, IFFT, of the signal, or a fixed spacing between adjacent subcarriers; adding or subtracting some of the subcarriers or the subchannels to scale the channel and achieve a required bandwidth for the current communication scheme; and wherein a core-band, substantially centered at an operating center frequency of the communication scheme, is utilized for radio control and operation signaling, where the core-band is not wider than a smallest possible operating channel bandwidth of the system, wherein generating the information bearing signal comprises generating the information bearing signal having a primary preamble sufficient for basic radio operation including synchronization and cell identification, and wherein the primary preamble is an OFDM symbol corresponding to a particular frequency pattern within the core-band.
A ballast plough comprising a machine frame mobile on on-track undercarriages, a plough provided for ballasting a track, and a ballast hopper designed for storing ballast, having the following features: a) the ballast hopper has a bottom conveyor belt extending in a longitudinal direction of the machine and is connected at a rear end - with regard to a working direction - by means of a joint to the machine frame, b) a pivot drive is provided for pivoting the ballast hopper about a joint axis, extending perpendicularly to the longitudinal direction of the machine, of the joint, c) an unloading device for passing the stored ballast on to a storage wagon abutting the ballast plough is associated with a discharge end, spaced from the joint, of the bottom conveyor belt, d) additionally, an unloading chute for discharging the stored ballast upon the track is associated with the discharge end, characterized in that a transverse conveyor belt, having a conveying direction extending at an angle α to the longitudinal direction of the machine, is arranged in front of the unloading chute, in the working direction. a) the ballast hopper has a bottom conveyor belt extending in a longitudinal direction of the machine and is connected at a rear end - with regard to a working direction - by means of a joint to the machine frame, b) a pivot drive is provided for pivoting the ballast hopper about a joint axis, extending perpendicularly to the longitudinal direction of the machine, of the joint, c) an unloading device for passing the stored ballast on to a storage wagon abutting the ballast plough is associated with a discharge end, spaced from the joint, of the bottom conveyor belt, d) additionally, an unloading chute for discharging the stored ballast upon the track is associated with the discharge end,