mhurhangee/ep-ind-claims huggingface dataset:
A collating device for separating and sorting double pages for a book-like identity, value or security document, wherein the identity, value or security document has a cover and a passport book block comprising a data card, a plurality of double pages, an endsheet and a spine tape, wherein the data card has a flexible tab connected to the data card along an edge, wherein the data card with the flexible tab, the double pages, the endsheet and the spine tape are sewn together by means of a stitching, and wherein an inner side of the cover is bonded flat to an outer side of the endsheet, wherein the collating device has: - a deposit means for providing and outputting separated double pages, - a collection means for receiving the double pages from the deposit means, and - a removal means, characterised in that the collection means has a plurality of collection compartments each for a plurality of double pages output from the deposit means, wherein the collection compartments have a receiving opening and an output opening, that the collection compartments are movable between an initial position and a collection position, wherein the collection compartments in the initial position are arranged in succession in a collection direction, in particular in one plane, and in the collection position are arranged one above the other and the output openings are arranged in a plane disposed perpendicularly to the collection direction, and that the removal means is designed to remove the double pages from the collection compartments in the collection position of the collection compartments. - a deposit means for providing and outputting separated double pages, - a collection means for receiving the double pages from the deposit means, and - a removal means, that the collection compartments are movable between an initial position and a collection position, wherein the collection compartments in the initial position are arranged in succession in a collection direction, in particular in one plane, and in the collection position are arranged one above the other and the output openings are arranged in a plane disposed perpendicularly to the collection direction, and that the removal means is designed to remove the double pages from the collection compartments in the collection position of the collection compartments.
A self-adaptive rotary arm positioning device, comprising a rotary arm body and a vibration isolating cushion, one end of the rotary arm body being rotatably connectable to a frame of a bogie through a rotary arm joint, and an upper surface of another end of the rotary arm body being connected to a lower surface of the vibration isolating cushion, wherein the self-adaptive rotary arm positioning device further comprises a curved member, a vertical distance is provided between the upper surface and the lower surface, both the upper surface and the lower surface are in rolling fit with the curved member at least in a front-rear direction, and the vertical distance is configured to provide space for rotation of the another end of the rotary arm body around the rotary arm joint.
An animal management tag configured to be worn by an animal, wherein the tag is provided with at least one first sensor (6.1) for performing a measurement on the animal, a processor connected with the at least one first sensor (6.1) at least for processing measuring results which have been obtained with the aid of the at least one first sensor (6.1) and a transmitting device connected with the processor for transmitting information generated by the processor, characterized in that the processor is configured to process the measuring results, wherein the tag is implemented such that the manner of processing of the measuring results by the processor is selectably implemented depending on a part of the animal to which the tag, in use, is applied.
Hand rim for a wheelchair having an asymmetrical profile cross section that is divided in the radial and axial direction, one of the sides of the axial division and the side of the radial division facing the axis of the hand rim being bulbous and the other side of the axial division and the side of the radial division facing away from the axis of the hand rim being flattened, bulbous and flattened regions transitioning smoothly into one another, characterised in that the side of the radial division facing the axis of the hand rim is an elliptical segment and the side of the radial division facing away from the axis of the hand rim has a straight section, the straight section and the elliptical segment being connected via a first connecting circular segment having a radius h and a second connecting circular segment having a radius i, the circumference of the cross-sectional profile being formed by the elliptical segment, the adjoining first connecting circular segment, the adjoining straight section and the second connecting circular segment.
A method of image processing programmed in a memory of a device comprising: a. receiving a 3-D teeth CT volumetric image input and a user's original foreground and background scribbles on several 2-D CT slices from a user; b. conducting a simple segmentation on the 2-D CT slices to expand the user's original foreground scribbles on those slices; c. applying a 3-D distance transform based on the user's expanded foreground scribbles; and d. using the result of the 3-D distance transform for graph cuts based interactive segmentation; and wherein applying the 3-D distance transform comprises performing the 3-D distance transform on a CT volume data including using user's expanded foreground scribbles and user's original background scribbles to generate data terms for graph cuts. a. receiving a 3-D teeth CT volumetric image input and a user's original foreground and background scribbles on several 2-D CT slices from a user; b. conducting a simple segmentation on the 2-D CT slices to expand the user's original foreground scribbles on those slices; c. applying a 3-D distance transform based on the user's expanded foreground scribbles; and d. using the result of the 3-D distance transform for graph cuts based interactive segmentation; and
Device for stripping a product substrate off a carrier substrate connected to the product substrate by a bonding layer, wherein the product substrate is received on with a flexible film which has an adhesive layer for holding the product substrate in a contacting surface section of the film, and wherein the film being connected to a film frame in an attachment section of the film which surrounds the contacting surface section, with the following features: - stripping means for stripping the product substrate off the carrier substrate by means of a force Fs, characterized in that at least two differently controllable forces F F1 and F F2 acting on the periphery of film frame and distributed over the periphery are applicable in opposed directions. - stripping means for stripping the product substrate off the carrier substrate by means of a force Fs,
Refrigeration and/or heating apparatus having at least a first and a second chamber thermally insulated from each other, each chamber (1, 2) having a first heat exchanger for refrigeration by means of a heat transport medium and having a second heat exchanger for defrosting and/or for heating of the chamber (1, 2) in case that its temperature is below a predetermined temperature, and the heat transport medium for all chambers (1, 2) being routed in a common closed heat transport circuit which has at least a first compressor for compressing and heating the heat transport medium and at least one cooler for cooling the compressed heat transport medium and also at least one collecting vessel for the expansion and further cooling of the heat transport medium, into which heat transport circuit the first heat exchangers are incorporated, in each case parallel to one another and in each case provided with a refrigeration circuit valve, between the collecting vessel and the compressor, characterized in that there is a main line with a main valve in the heat transport circuit between the compressor and the cooler and in that the second heat exchangers are each provided with a shut-off valve and are connected in parallel to each other to the heat transport circuit such that each of them can bridge the main valve, wherein between the compressor and the main valve, a branch line branches off, which is connected in parallel to the second heat exchanger of each chamber (1, 2), allowing, as a function of the temperatures in the chambers (1, 2), different operating states of the heat transport circuit, and notably the fact that when a given chamber needs to be heated, the compressed heat transport medium, before its cooling and expansion, can flow through the second heat exchanger of the considered chamber but cannot flow through the first heat exchanger of said considered chamber.
A device for generating an identification key, the device comprising: a transistor (110, 200, 410, 420, 510, 520, 600, 700, 800, 1000); a reader configured to read whether a property of the transistor meets a predetermined condition and provide the identification key corresponding to the transistor based on a result of the reading; characterized in that, the transistor is a bipolar junction transistor BJT (110, 200, 410, 420, 510, 520, 600, 700, 800, 1000) having an effective base width equal to or greater than a first threshold and equal to or less than a second threshold; and the reader is configured to determine whether an emitter region and a collector region of the BJT (110, 200, 410, 420, 510, 520, 600, 700, 800, 1000) are shorted and to provide the identification key based on whether the emitter region and the collector region are shorted, when a base-emitter voltage of the BJT (110, 200, 410, 420, 510, 520, 600, 700, 800, 1000) less than a predetermined potential difference is applied, the reader further configured to identify a voltage of the collector region and provide the identification key as an output value based on the voltage of the collector region. a transistor (110, 200, 410, 420, 510, 520, 600, 700, 800, 1000); a reader configured to read whether a property of the transistor meets a predetermined condition and provide the identification key corresponding to the transistor based on a result of the reading; characterized in that, the transistor is a bipolar junction transistor BJT (110, 200, 410, 420, 510, 520, 600, 700, 800, 1000) having an effective base width equal to or greater than a first threshold and equal to or less than a second threshold; and the reader is configured to determine whether an emitter region and a collector region of the BJT (110, 200, 410, 420, 510, 520, 600, 700, 800, 1000) are shorted and to provide the identification key based on whether the emitter region and the collector region are shorted, when a base-emitter voltage of the BJT (110, 200, 410, 420, 510, 520, 600, 700, 800, 1000) less than a predetermined potential difference is applied, the reader further configured to identify a voltage of the collector region and provide the identification key as an output value based on the voltage of the collector region.
A system for rehabilitating a patient with motor impairment, comprising: electrodes positioned on or in the patient's head; a processing unit connected to receive neural signals from the electrodes; and sleeve electrodes of a sleeve positioned on a specific body part of the patient; wherein said electrodes are capable of sensing neural signals from the brain of the patient; said processing unit is capable of receiving electrical signals from the electrodes positioned on or in the patient's head; capable of determining an intent to move a specific body part of the patient from the electrical signals; and capable of determining a focus level of the patient from the electrical signals; and based on the intent to move and focus level, said processing unit is capable of delivering electrical stimulation through said sleeve electrodes to cause movement of the specific body part, wherein the intent to move is calculated based on a change in amplitude of the beta frequency band in the received electrical signals. electrodes positioned on or in the patient's head; a processing unit connected to receive neural signals from the electrodes; and sleeve electrodes of a sleeve positioned on a specific body part of the patient; wherein said electrodes are capable of sensing neural signals from the brain of the patient; said processing unit is capable of receiving electrical signals from the electrodes positioned on or in the patient's head; capable of determining an intent to move a specific body part of the patient from the electrical signals; and capable of determining a focus level of the patient from the electrical signals; and based on the intent to move and focus level, said processing unit is capable of delivering electrical stimulation through said sleeve electrodes to cause movement of the specific body part, wherein the intent to move is calculated based on a change in amplitude of the beta frequency band in the received electrical signals.
A method for dynamically relaying data, the method comprising: receiving, by a remote device (116, 212, 305, 405, 505, 605), an advertisement for dynamic relaying services from a relay device (114, 210, 307, 407, 507, 607); establishing, by the remote device, a first device-to-device, D2D, connection with the relay device in accordance with the advertisement; transmitting, by the remote device, a data packet to the relay device using the first D2D connection; and releasing, by the remote device, the first D2D connection automatically after transmitting the data packet; characterized in that the data packet includes an indicator indicating that the remote device (116, 212, 305, 405, 505, 605) has at least one more data packet to transmit. receiving, by a remote device (116, 212, 305, 405, 505, 605), an advertisement for dynamic relaying services from a relay device (114, 210, 307, 407, 507, 607); establishing, by the remote device, a first device-to-device, D2D, connection with the relay device in accordance with the advertisement; transmitting, by the remote device, a data packet to the relay device using the first D2D connection; and releasing, by the remote device, the first D2D connection automatically after transmitting the data packet; characterized in that the data packet includes an indicator indicating that the remote device (116, 212, 305, 405, 505, 605) has at least one more data packet to transmit.
A solid form of a HCl salt of Compound (I-S): which is characterized by an XRPD pattern comprising peaks at approximately 13.71, 14.22, and 20.87 degrees 2θ.
A computer implemented method, comprising: receiving, at a computing device, an authorized command from a requesting device to initiate a lost mode on the computing device, wherein the authorized command results from authentication of a requesting user; and initiating the lost mode on the computing device upon receiving the authorized command, wherein initiating the lost mode comprises: suppressing select functionality of the computing device; after suppressing select functionality of the computing device, transmitting to the requesting device first location data identifying a first location of the computing device and a time at which the computing device was at the first location; and transmitting to the requesting device second location data identifying a second location of the computing device based on a heuristic that determines when the requesting user desires location data to be transmitted to the requesting device, wherein the requesting user is the owner of the computing device. receiving, at a computing device, an authorized command from a requesting device to initiate a lost mode on the computing device, wherein the authorized command results from authentication of a requesting user; and initiating the lost mode on the computing device upon receiving the authorized command, wherein initiating the lost mode comprises: suppressing select functionality of the computing device; after suppressing select functionality of the computing device, transmitting to the requesting device first location data identifying a first location of the computing device and a time at which the computing device was at the first location; and transmitting to the requesting device second location data identifying a second location of the computing device based on a heuristic that determines when the requesting user desires location data to be transmitted to the requesting device, suppressing select functionality of the computing device; after suppressing select functionality of the computing device, transmitting to the requesting device first location data identifying a first location of the computing device and a time at which the computing device was at the first location; and transmitting to the requesting device second location data identifying a second location of the computing device based on a heuristic that determines when the requesting user desires location data to be transmitted to the requesting device, wherein the requesting user is the owner of the computing device.
An absorbent core comprising: a front portion; a back portion; a crotch portion position between the front portion and the back portion; and a longitudinal axis extending along a length of said core and crossing said front, crotch and back portions (122, 126, 124), the absorbent core having a width extending perpendicular to said length and a perimeter comprising at least two opposing ends (102, 103) and at least two opposing sides (104, 105) positioned between said ends (102, 103) characterized in that the absorbent core comprises one or more substantially interconnected channels substantially free of three-dimensional absorbent material extending through the crotch portion along and substantially parallel to the longitudinal axis and further extending along at least a portion of said width of the core from one side of the core to the other, preferably said one or more substantially interconnected channels being symmetric or asymmetric about the longitudinal axis, wherein at least one of the interconnected channels, preferably each of said channels, forms a shape having a closed end in the form of a U-bend, wherein the closed end is positioned proximal to the back portion of the absorbent core, and wherein at least one of the interconnected channels, preferably each said channel, forms a shape having an open end in the form of two diverging ends or a funnel-shape, wherein the open end is positioned proximal to the front portion of the absorbent core and distal from said closed end. a front portion; a back portion; a crotch portion position between the front portion and the back portion; and a longitudinal axis extending along a length of said core and crossing said front, crotch and back portions (122, 126, 124), the absorbent core having a width extending perpendicular to said length and a perimeter comprising at least two opposing ends (102, 103) and at least two opposing sides (104, 105) positioned between said ends (102, 103) characterized in that the absorbent core comprises one or more substantially interconnected channels substantially free of three-dimensional absorbent material extending through the crotch portion along and substantially parallel to the longitudinal axis and further extending along at least a portion of said width of the core from one side of the core to the other, preferably said one or more substantially interconnected channels being symmetric or asymmetric about the longitudinal axis, wherein at least one of the interconnected channels, preferably each of said channels, forms a shape having a closed end in the form of a U-bend, wherein the closed end is positioned proximal to the back portion of the absorbent core, and wherein at least one of the interconnected channels, preferably each said channel, forms a shape having an open end in the form of two diverging ends or a funnel-shape, wherein the open end is positioned proximal to the front portion of the absorbent core and distal from said closed end.
A computer implemented automated method for cell segmentation for biomedical imaging, the method comprising: generating a binary mask from an input image of a plurality of cells, wherein the binary mask separates foreground cells from a background; classifying cell region components of the binary mask each into single cell regions, small cluster regions, and large cluster regions, characterized in that the classifying is based on a number of concavity points in a contour, a ratio of a contour area to hull area, and a layout of cells; performing, on each of the small cluster regions, a segmentation of touching cell nuclei based on a contour shape of the small cluster region; performing, on each of the large cluster regions, a segmentation of touching cell nuclei based on a texture in the large cluster regions; and outputting an image with cell boundaries based on results of the performed segmentations. generating a binary mask from an input image of a plurality of cells, wherein the binary mask separates foreground cells from a background; classifying cell region components of the binary mask each into single cell regions, small cluster regions, and large cluster regions, characterized in that the classifying is based on a number of concavity points in a contour, a ratio of a contour area to hull area, and a layout of cells; performing, on each of the small cluster regions, a segmentation of touching cell nuclei based on a contour shape of the small cluster region; performing, on each of the large cluster regions, a segmentation of touching cell nuclei based on a texture in the large cluster regions; and outputting an image with cell boundaries based on results of the performed segmentations.
A method at a communication device, the method comprising: indicating a control channel search space by a pair of parameters, wherein the pair of parameters consists of a physical resource block index and a control channel element index, wherein a physical resource block indexed by the physical resource block index is divided into N control channel elements and a control channel element indexed by the control channel element index is one of the N control channel elements; wherein the control channel search space comprises a primary control channel search space element and an additional search space element; wherein the pair of parameters defines the primary control channel search space element; wherein the primary control channel search space element has an aggregation level; wherein the additional control channel search space element includes the primary control channel search space element and has another aggregation level, transmitting on the control channel within the search space. indicating a control channel search space by a pair of parameters, wherein the pair of parameters consists of a physical resource block index and a control channel element index, wherein a physical resource block indexed by the physical resource block index is divided into N control channel elements and a control channel element indexed by the control channel element index is one of the N control channel elements; wherein the control channel search space comprises a primary control channel search space element and an additional search space element; wherein the pair of parameters defines the primary control channel search space element; wherein the primary control channel search space element has an aggregation level; wherein the additional control channel search space element includes the primary control channel search space element and has another aggregation level, transmitting on the control channel within the search space.