mhurhangee/ep-ind-claims huggingface dataset:
A resource allocation method for a handover in a multicarrier wireless communication system including a plurality of base stations transmitting data to mobile nodes through an entire system frequency band, the method comprising: allocating a plurality of control channels (65a, 65b, 65c) one by one to the plurality of base stations, wherein the entire system frequency band is divided into a dedicated control band and a dedicated data band (63a, 63b, 63c), wherein the dedicated control band is divided into the plurality of control channels (65a, 65b, 65c), and the number of the plurality of control channels is the same as a frequency reuse factor, wherein the dedicated data band (63a, 63b, 63c) is shared by all of the plurality of base stations, and wherein time periods of a symbol duration and a guard interval of a control channel in the dedicated control band are set to multiples of time periods of a symbol duration and a guard interval of a data channel in the dedicated data band (63a, 63b, 63c). allocating a plurality of control channels (65a, 65b, 65c) one by one to the plurality of base stations, wherein the entire system frequency band is divided into a dedicated control band and a dedicated data band (63a, 63b, 63c), wherein the dedicated control band is divided into the plurality of control channels (65a, 65b, 65c), and the number of the plurality of control channels is the same as a frequency reuse factor, wherein the dedicated data band (63a, 63b, 63c) is shared by all of the plurality of base stations, and wherein time periods of a symbol duration and a guard interval of a control channel in the dedicated control band are set to multiples of time periods of a symbol duration and a guard interval of a data channel in the dedicated data band (63a, 63b, 63c).
An image processing device comprising: a display screen; a control unit operable, in a first mode, to control display on the display screen of a representative image of a group of images and, in a second mode, to control display on the display screen of an image of the group of images corresponding to a posture of the device; and an image management information storage configured to store an associated manipulation method for the group of images, the associated manipulation method being based on the correlativity between the images of the image group; wherein the control unit is operable to switch between operation in the first mode and the second mode; wherein, the control unit is configured, in the second mode, to determine whether the change of the posture of the device corresponds to the manipulation method associated with the group of images, and if so to sequentially display the images in the group of images according to the change of the posture of the device; wherein, in the second mode, the control unit is operable to control display on the display screen of information (403, 404; 451, 452, 453; 461, 462; 471, 472) indicating a change in the posture of the device, for image advancing or image returning; wherein in the first mode, the control unit is operable to control display on the display screen of an icon for changing between the first mode and the second mode; wherein in the first mode, the control unit is operable to switch from the first mode to the second mode in response to the icon being touched. a display screen; a control unit operable, in a first mode, to control display on the display screen of a representative image of a group of images and, in a second mode, to control display on the display screen of an image of the group of images corresponding to a posture of the device; and an image management information storage configured to store an associated manipulation method for the group of images, the associated manipulation method being based on the correlativity between the images of the image group; wherein the control unit is operable to switch between operation in the first mode and the second mode; wherein, the control unit is configured, in the second mode, to determine whether the change of the posture of the device corresponds to the manipulation method associated with the group of images, and if so to sequentially display the images in the group of images according to the change of the posture of the device; wherein, in the second mode, the control unit is operable to control display on the display screen of information (403, 404; 451, 452, 453; 461, 462; 471, 472) indicating a change in the posture of the device, for image advancing or image returning; wherein in the first mode, the control unit is operable to control display on the display screen of an icon for changing between the first mode and the second mode; wherein in the first mode, the control unit is operable to switch from the first mode to the second mode in response to the icon being touched.
An information processing device comprising: an image analysis unit is configured to divide an entire image in which an entire observation target region is imaged into a plurality of regions, and then judges whether an observation target is present in each region; an imaging control unit is configured to control imaging of partial images with a magnification higher than a magnification of the entire image corresponding to the regions based on judgment results of the image analysis unit; and an image compositing unit is configured to combine the partial images to composite a microscope observation image with a magnification higher than a magnification of the entire image, wherein the image analysis unit is configured to calculate a likelihood showing a possibility that the observation target is present in each region; the device further comprising a presence level processing unit is configured to lower a likelihood of a region adjacent to a region where the observation target is not present among regions where the observation target may be present, wherein the imaging control unit is configured to control the imaging of the partial images in a manner that imaging is performed from a region with a higher likelihood in decreasing order; and wherein the image compositing unit is configured to combine the partial images in the same order as the partial images are obtained. an image analysis unit is configured to divide an entire image in which an entire observation target region is imaged into a plurality of regions, and then judges whether an observation target is present in each region; an imaging control unit is configured to control imaging of partial images with a magnification higher than a magnification of the entire image corresponding to the regions based on judgment results of the image analysis unit; and an image compositing unit is configured to combine the partial images to composite a microscope observation image with a magnification higher than a magnification of the entire image, wherein the image analysis unit is configured to calculate a likelihood showing a possibility that the observation target is present in each region; the device further comprising a presence level processing unit is configured to lower a likelihood of a region adjacent to a region where the observation target is not present among regions where the observation target may be present, wherein the imaging control unit is configured to control the imaging of the partial images in a manner that imaging is performed from a region with a higher likelihood in decreasing order; and wherein the image compositing unit is configured to combine the partial images in the same order as the partial images are obtained.
Window or door ventilation element for opening and closing a ventilation gap formed in the region of a window or door seal or a sash overlap seal between a frame or blind frame of a window or a door and a window sash or door sash adjacent thereto, which is part of an air flow path leading through a window rebate of the window or a door rebate of the door, wherein the window or door ventilation element comprises a sealing slide, a base plate, a guide plate and an actuating element, which can preferably be actuated manually, and wherein the sealing slide is slidable mounted in a sealing plane arranged between the base plate and the guide plate in a transverse direction of the window or door ventilation element, which extends transversely, in particular perpendicularly, to the longitudinal direction of the window or door ventilation element, along at least one first guide element, wherein the sealing slide has at least one second guide element and that, in an actuating plane arranged between the base plate and the sealing slide or between the guide plate and the sealing slide, an actuating plate is mounted so as to be slidable displaceable along at least one third guide element in the longitudinal direction of the window or door ventilation element, which has at least one engagement element, preferably at least one protruding guide cam, on its outer side facing the sealing slide, wherein the at least one engagement element, preferably the at least one guide cam, of the actuating plate engages in the at least one second guide element of the sealing slide and displaces the sealing slide along the second guide element in the transverse direction when the actuating plate is displaced in the longitudinal direction of the window or door ventilation element, characterized in that that the window or door ventilation element is dimensioned in such a way that it can be placed in the window or door rebate in the air flow path and that the actuating element is arranged on a front edge of the actuating plate and is designed in the form of a handling lever,which protrudes beyond the window or door ventilation element to such an extent that it extends through the ventilation gap to the outside when the window or door ventilation element is arranged in the air flow path in the window or door rebate.
A work vehicle, comprising: - a driver's seat; - a steering wheel for steering a travel vehicle body of the work vehicle; - a steering tower for which the steering wheel is provided, the steering tower being positioned in front of the driver's seat; - an automatic steering mechanism configured to automatically steer the travel vehicle body so that the travel vehicle body travels on a target travel path; - an automatic steering switching tool for starting or ending automatic steering of the travel vehicle body; - a setting operation tool for selecting a setting for the automatic steering of the travel vehicle body; and - a forward-reverse switching tool for switching a travel direction of the travel vehicle body between a forward travel and a reverse travel, wherein - the automatic steering switching tool and the setting operation tool are present at an upper portion of the steering tower and the setting operation tool is below the steering wheel, and - the automatic steering switching tool and the forward-reverse switching tool are present on one side of a rotation axis of the steering wheel in a left-right direction of the travel vehicle body, characterized in that - the automatic steering switching tool is below the steering wheel, - the automatic steering switching tool is positioned forward of the forward-reverse switching tool. - a driver's seat; - a steering wheel for steering a travel vehicle body of the work vehicle; - a steering tower for which the steering wheel is provided, the steering tower being positioned in front of the driver's seat; - an automatic steering mechanism configured to automatically steer the travel vehicle body so that the travel vehicle body travels on a target travel path; - an automatic steering switching tool for starting or ending automatic steering of the travel vehicle body; - a setting operation tool for selecting a setting for the automatic steering of the travel vehicle body; and - a forward-reverse switching tool for switching a travel direction of the travel vehicle body between a forward travel and a reverse travel, wherein - the automatic steering switching tool and the setting operation tool are present at an upper portion of the steering tower and the setting operation tool is below the steering wheel, and - the automatic steering switching tool and the forward-reverse switching tool are present on one side of a rotation axis of the steering wheel in a left-right direction of the travel vehicle body, characterized in that - the automatic steering switching tool is below the steering wheel, - the automatic steering switching tool is positioned forward of the forward-reverse switching tool.
Method for applying a matting fluid layer to a printing substrate via a printing form, wherein the matting fluid layer on the printing form is dried before application to the printing substrate, wherein the degree of mattness of the applied fluid layer is modified via parameters of the drying process and the properties of the surface of the printing form, characterized in that overdrying of the applied fluid layer is carried out, wherein the applied fluid layer on the printing form is dried more than would be necessary to achieve a substantially completely dried fluid layer on the printing form before application to the printing substrate, namely by drying at an elevated temperature, for a longer drying time, with a more strongly focused hot air supply and combinations of these measures.
Telescopic column for electrical height adjusment of a flat screen, the telescopic column comprising - a lower frame; - an upper frame, comprising a fastening device for a flat screen; - a column tube, which is conducted longitudinally slidably within the lower frame and the upper frame; - a first linear drive which is mounted between the lower frame and the column tube and is configured to move the column tube relatively to the lower frame, especially vertically; and - a second linear drive, which is mounted between the upper frame and the column tube and is configured to move the upper frame relatively to the column tube, especially vertically; wherein the first and the second linear drive (M1, M2) can be driven individually and independently of each other. - a lower frame; - an upper frame, comprising a fastening device for a flat screen; - a column tube, which is conducted longitudinally slidably within the lower frame and the upper frame; - a first linear drive which is mounted between the lower frame and the column tube and is configured to move the column tube relatively to the lower frame, especially vertically; and - a second linear drive, which is mounted between the upper frame and the column tube and is configured to move the upper frame relatively to the column tube, especially vertically;
A method for, at a user equipment, UE, detecting a discovery signal for device-to-device communication in a wireless communication system, the method comprising: configuring a discovery signal group including a predetermined number of codewords based on a known discovery signal of a counterpart UE; receiving a discovery signal; determining a representative metric using a function for calculating the representative metric from metrics corresponding to codewords of the discovery signal group, wherein the metrics are a result of correlating i) the codewords of the discovery signal group and ii) the discovery signal, when decoding the discovery signal, wherein determining the representative metric comprises assigning higher priority to a path of the codewords belonging to the discovery signal group than a path of codewords which do not belong to the discovery signal group, and determining that the discovery signal of the counterpart UE is detected, when the representative metric is greater than a predetermined criterion. configuring a discovery signal group including a predetermined number of codewords based on a known discovery signal of a counterpart UE; receiving a discovery signal; determining a representative metric using a function for calculating the representative metric from metrics corresponding to codewords of the discovery signal group, wherein the metrics are a result of correlating i) the codewords of the discovery signal group and ii) the discovery signal, when decoding the discovery signal, wherein determining the representative metric comprises assigning higher priority to a path of the codewords belonging to the discovery signal group than a path of codewords which do not belong to the discovery signal group, and wherein the metrics are a result of correlating i) the codewords of the discovery signal group and ii) the discovery signal, when decoding the discovery signal, wherein determining the representative metric comprises assigning higher priority to a path of the codewords belonging to the discovery signal group than a path of codewords which do not belong to the discovery signal group, and determining that the discovery signal of the counterpart UE is detected, when the representative metric is greater than a predetermined criterion.
A display body comprising a display surface including a plurality of display region groups (11Sa, 11Sb, 11Sc, 11Sd, 11Se), each including a plurality of display regions, wherein each display region is a minimum unit in the plurality of display region groups (11Sa, 11Sb, 11Sc, 11Sd, 11Se); each display region includes two reflection surfaces configured to reflect light incident on the display surface toward an area including a corresponding one of reflection directions that are associated with the respective display region groups (11Sa, 11Sb, 11Sc, 11Sd, 11Se), each display region group (11Sa, 11Sb, 11Sc, 11Sd, 11Se) is configured to form an image unique to the display region group in a corresponding one of the reflection directions through reflection of light on the reflection surfaces in the display region group, and the display region groups (11Sa, 11Sb, 11Sc, 11Sd, 11Se) are configured to form, in two adjacent ones of the reflection directions, different images that have an interrelation between each other, characterised in that the two reflection surfaces include a first reflection surface having a first height and a second reflection surface having a second height that is different from the first height. each display region is a minimum unit in the plurality of display region groups (11Sa, 11Sb, 11Sc, 11Sd, 11Se); each display region includes two reflection surfaces configured to reflect light incident on the display surface toward an area including a corresponding one of reflection directions that are associated with the respective display region groups (11Sa, 11Sb, 11Sc, 11Sd, 11Se), each display region group (11Sa, 11Sb, 11Sc, 11Sd, 11Se) is configured to form an image unique to the display region group in a corresponding one of the reflection directions through reflection of light on the reflection surfaces in the display region group, and the display region groups (11Sa, 11Sb, 11Sc, 11Sd, 11Se) are configured to form, in two adjacent ones of the reflection directions, different images that have an interrelation between each other, characterised in that the two reflection surfaces include a first reflection surface having a first height and a second reflection surface having a second height that is different from the first height.
Method for automatic detection of a coupling manoeuvre of a motor vehicle to a trailer, comprising the steps: - displaying the surroundings to the rear of a vehicle, captured by means of a reversing camera of the motor vehicle, by means of a display device of the motor vehicle; - determining a viewing direction, sensed on the basis by means of a sensing device of the motor vehicle, of a driver of the motor vehicle, whether said driver is looking in the direction of the display device, characterized by the step: - if the driver views the display device: outputting an enquiry as to whether the driver of the motor vehicle desires automatic activation of a trailer coupling assistant of the motor vehicle, which assistant is configured to assume longitudinal and/or transverse guidance of the motor vehicle in order to assist the coupling manoeuvre, wherein automatic activation of the trailer coupling assistant takes place only when the interrogation is confirmed. - displaying the surroundings to the rear of a vehicle, captured by means of a reversing camera of the motor vehicle, by means of a display device of the motor vehicle; - determining a viewing direction, sensed on the basis by means of a sensing device of the motor vehicle, of a driver of the motor vehicle, whether said driver is looking in the direction of the display device, characterized by the step: - if the driver views the display device: outputting an enquiry as to whether the driver of the motor vehicle desires automatic activation of a trailer coupling assistant of the motor vehicle, which assistant is configured to assume longitudinal and/or transverse guidance of the motor vehicle in order to assist the coupling manoeuvre, wherein automatic activation of the trailer coupling assistant takes place only when the interrogation is confirmed.
An ice maker comprising: an upper tray comprising an upper chamber forming an upper portion of an ice chamber; a lower tray comprising a lower chamber forming a lower portion of the ice chamber; and an upper heater disposed along a circumference of the upper chamber so that at least two heating regions (h1, h2) are formed at different positions in a vertical direction in the upper chamber, wherein the heating regions (h1, h2) comprise: a first heating region; and a second heating region disposed below the first heating region; characterized in that: the upper tray further comprises: a first heat transfer portion protruding upward from the upper chamber at a position corresponding to the first heating region and configured to transfer heat of the upper heater to the upper chamber; and a second heat transfer portion protruding from the upper chamber at a position corresponding to the second heating region and configured to transfer heat of the upper heater to the upper chamber; and wherein the upper heater comprises: a first portion in contact with the first heat transfer portion; and a second portion in contact with the second heat transfer portion. an upper tray comprising an upper chamber forming an upper portion of an ice chamber; a lower tray comprising a lower chamber forming a lower portion of the ice chamber; and an upper heater disposed along a circumference of the upper chamber so that at least two heating regions (h1, h2) are formed at different positions in a vertical direction in the upper chamber, wherein the heating regions (h1, h2) comprise: a first heating region; and a second heating region disposed below the first heating region; characterized in that: the upper tray further comprises: a first heat transfer portion protruding upward from the upper chamber at a position corresponding to the first heating region and configured to transfer heat of the upper heater to the upper chamber; and a second heat transfer portion protruding from the upper chamber at a position corresponding to the second heating region and configured to transfer heat of the upper heater to the upper chamber; and wherein the upper heater comprises: a first portion in contact with the first heat transfer portion; and a second portion in contact with the second heat transfer portion. a first heat transfer portion protruding upward from the upper chamber at a position corresponding to the first heating region and configured to transfer heat of the upper heater to the upper chamber; and a second heat transfer portion protruding from the upper chamber at a position corresponding to the second heating region and configured to transfer heat of the upper heater to the upper chamber; and wherein the upper heater comprises: a first portion in contact with the first heat transfer portion; and a second portion in contact with the second heat transfer portion. a first portion in contact with the first heat transfer portion; and a second portion in contact with the second heat transfer portion.