mhurhangee/ep-ind-claims huggingface dataset:
A data transmitting node for transmitting data over a wireless interface in a 3GPP communication system to a data receiving node, comprising: a third layer processing unit for performing an automatic repeat request, ARQ, retransmission according to a status report feedback from the data receiving node and for re-segmenting data to be retransmitted, wherein the re-segmenting is based on segment length information included in the status report, and includes adding to the data a segmentation control information, wherein the third layer is a Packet Data Convergence Protocol, PDCP, layer or a Radio Link Control, RLC, layer or a layer comprising functions of both, the PDCP and the RLC layer; a second layer processing unit for receiving, from the third layer processing unit, a third layer data unit, segmenting the third layer data unit based on a resource allocation and forming a plurality of second layer data units including the respective segments of the third layer data unit and the segmentation control information which is modified when re-segmentation is applied, wherein the second layer is a Medium Access Control, MAC, layer; a first layer processing unit for receiving from the second layer one or more of the plurality of the second layer data units and mapping the one or more of the plurality of the second layer data units onto the resources allocated for data transmission, wherein the first layer is a physical layer; and a transmitter for transmitting the data mapped onto the allocated resources. a third layer processing unit for performing an automatic repeat request, ARQ, retransmission according to a status report feedback from the data receiving node and for re-segmenting data to be retransmitted, wherein the re-segmenting is based on segment length information included in the status report, and includes adding to the data a segmentation control information, wherein the third layer is a Packet Data Convergence Protocol, PDCP, layer or a Radio Link Control, RLC, layer or a layer comprising functions of both, the PDCP and the RLC layer; a second layer processing unit for receiving, from the third layer processing unit, a third layer data unit, segmenting the third layer data unit based on a resource allocation and forming a plurality of second layer data units including the respective segments of the third layer data unit and the segmentation control information which is modified when re-segmentation is applied, wherein the second layer is a Medium Access Control, MAC, layer; a first layer processing unit for receiving from the second layer one or more of the plurality of the second layer data units and mapping the one or more of the plurality of the second layer data units onto the resources allocated for data transmission, wherein the first layer is a physical layer; and a transmitter for transmitting the data mapped onto the allocated resources.
An electric vehicle provided with a wheel or an endless track, comprising: a brake unit for braking the wheel or the endless track, characterized by further comprising: a control unit for determining that a user is not operating the electric vehicle, when an amount of change in acceleration of the electric vehicle is smaller than a predetermined threshold value, and controlling the brake unit based on a result of the determination. a brake unit for braking the wheel or the endless track, characterized by further comprising: a control unit for determining that a user is not operating the electric vehicle, when an amount of change in acceleration of the electric vehicle is smaller than a predetermined threshold value, and controlling the brake unit based on a result of the determination.
Welding workstation for carrying out manual welding operations comprising: - a welding device adapted to provide the necessary heat and/or pressure for welding objects; characterised in that: said welding device comprising a laser source; and in that the welding workstation further comprises: - a vision system configured to show said objects during the welding operations to an operator carrying out the welding operations; said vision system comprising, in turn: - image acquisition means configured to capture images of said objects during the welding operations; and - viewer means wearable by the operator and electrically connected to said image acquisition means; said viewer means being configured to show the images captured by said image acquisition means to the operator; wherein said image acquisition means comprise an objective arranged coaxially to said laser source. - a welding device adapted to provide the necessary heat and/or pressure for welding objects; said welding device comprising a laser source; and in that the welding workstation further comprises: - a vision system configured to show said objects during the welding operations to an operator carrying out the welding operations; - a vision system configured to show said objects during the welding operations to an operator carrying out the welding operations; said vision system comprising, in turn: - image acquisition means configured to capture images of said objects during the welding operations; and - viewer means wearable by the operator and electrically connected to said image acquisition means; said viewer means being configured to show the images captured by said image acquisition means to the operator; - image acquisition means configured to capture images of said objects during the welding operations; and - viewer means wearable by the operator and electrically connected to said image acquisition means; said viewer means being configured to show the images captured by said image acquisition means to the operator; wherein said image acquisition means comprise an objective arranged coaxially to said laser source.
A dry shaver having an upper blade equipped with openings, a lower blade assembly and a motor for driving the upper blade and the lower blade assembly so as to oscillate with respect to one another, wherein the lower blade assembly has at least a first (10, 20; 30, 40) and a second (20, 10; 40, 30) lower blade, wherein the one blade (20, 10; 40, 30), which trails a blade that is leading (10, 20; 30, 40) in the movement direction, is provided for separating a hair protruding into the opening of the upper blade characterized in that multiple first and multiple second blades, each of which are arranged to alternate in the movement direction, are provided; all first blades are arranged on one first carrier and all second blades are arranged on the second carrier and in that the first and second carriers (38, 40) are subject to spring pretension with respect to the top blade and/or with respect to a base part.
Method for securing a workspace comprising the following method steps: - creating a three-dimensional image of a workspace (6, 7, 91) of a machine (1 - 5, 81) in operation, - analysing the three-dimensional image to see whether the actual state of the workspace (6, 7, 91) differs from a desired state of the workspace (6, 7, 91), and - producing a first signal on the basis of the analysed three-dimensional image, if the actual state of the workspace (6, 7, 91) differs from the desired state of the workspace (6, 7, 91), characterised in that when a person is situated within the workspace, the person is assigned a cinematised human model and a desired position of the person in the desired state of the workspace is taken into consideration. - creating a three-dimensional image of a workspace (6, 7, 91) of a machine (1 - 5, 81) in operation, - analysing the three-dimensional image to see whether the actual state of the workspace (6, 7, 91) differs from a desired state of the workspace (6, 7, 91), - producing a first signal on the basis of the analysed three-dimensional image, if the actual state of the workspace (6, 7, 91) differs from the desired state of the workspace (6, 7, 91),
A radiotherapy apparatus, comprising; a source for producing a beam of ionising radiation along an axis, the beam covering a maximum aperture of the source; a collimator for collimating the beam to produce a collimated beam covering a sub-part of the maximum aperture; a patient support positionable in the path of the beam; a rotatable gantry, on which the source is mounted, for rotating the source around the patient support thereby to deliver the beam from a range of directions; an imaging device located opposite the source and with the patient support generally between the source and the imaging device, and mounted on the gantry via a drive member allowing translational motion of the imaging device in at least one direction perpendicular to the axis; a control unit adapted to control the drive member to move the imaging device within the maximum aperture and maintain coincidence between the imaging device and the sub-part of the maximum aperture; characterised in that the apparatus is further adapted to analyse an output image from the imaging device and, if a distance in the output image between an image of the collimated beam and an edge of the output image is less than a threshold, to instruct a movement of the drive member.
A vehicle drive (1; 101) with an internal combustion engine (2; 102) for producing drive power, with a drive train (3; 103) for transmitting the drive power to a plurality of output devices (4, 5, 6; 104, 105, 106), with a drive gear (7; 107) for selecting drive ratios and with at least one distributor gear (8; 108) for distributing the drive power to the output devices (4, 5, 6; 104, 105, 106), in which the at least one distributor gear (8; 108) is arranged in the drive train (3; 103) in a manner capable of being driven by means of an output shaft element (9; 109) of the drive gear (7; 107), characterized in that the vehicle drive (1; 101) comprises a crawling speed drive (31; 131) having a further drive apparatus (10; 110) for the cumulative or alternative driving of the at least one distributor gear (8; 108), wherein the further drive apparatus (10; 110) comprises an hydraulic drive apparatus in order to carry out a particularly slow crawling speed, whilst the drive gear (7; 107) is capable of being operatively connected at the same time by means of the distributor gear (8; 108) to a power take-off shaft (26; 126) for driving an operating unit whilst bypassing the hydraulic drive apparatus.
Communication system included in a pilotless mobile device system comprising a control station and at least one pilotless mobile device (3A, 3B), enabling each pilotless mobile device (3A, 3B) to communicate with the control station using a medium-access technique of the time division multiple access type in which each communication takes place in frames, a frame duration being defined for each frame used in the communication system so as to obtain latency times in each communication between each pilotless mobile device (3A, 3B) and the base station that are compatible with a transmission of conversation audio data; the system being characterised in that each frame being divided into a plurality of timeslots comprising a first timeslot enabling the control station to transmit a first signal designating a pilotless mobile device (3A, 3B) and enabling each pilotless mobile device (3A, 3B) to synchronise on a time reference given by the control station, a second timeslot enabling the pilotless mobile device (3A, 3B) designated by the first signal to transmit a second signal enabling it thus to acknowledge its presence in the pilotless mobile device system, and a succession of timeslots comprising a number of timeslots dependent on a maximum number of pilotless mobile devices that can be controlled by the control station in the pilotless mobile device system, the timeslots in the succession of timeslots being used to exchange useful data between each pilotless mobile device (3A, 3B) and the control station; and each timeslot is divided into a plurality of burst intervals (5000A, 5000B) with a duration making it possible to obtain a stationary channel during said duration.
Dispenser (5, 10) comprising a cover part and a housing part, wherein the housing part has a rear wall and two side walls (18, 20), and the dispenser (5, 10) in the interior of the housing part has at least one opening arm (110, 910), wherein the at least one opening arm (110, 910) has a lower end (113, 913), an upper end (111, 911) and a shaft (112, 912), and the at least one opening arm (110, 910) is assigned to one of the two side walls (18, 20) and the shaft (112, 912) of the at least one opening arm (110, 910) is arranged substantially parallel to one of the two side walls (18, 20) in a lower holding position, which is assigned to a closed cover part, characterized in that the at least one opening arm (110, 910) can be guided through at least one guide shaft (129, 929) in a way that the at least one opening arm (110, 910) is transferable into an upper holding position which is assigned to an opened cover part.
Use of a composition for diagnosing vascular disease in an extracellular vesicle derived from smooth muscle cells collected or isolated using a smooth muscle cell marker from a blood sample, wherein the vascular disease is atherosclerosis, in-stent restenosis, myocardial infarction or unstable angina, the composition comprising an agent measuring a level of interleukin 12 receptor β2 protein, wherein the agent comprises an antibody or an aptamer specific to interleukin 12 receptor β2 protein. wherein the vascular disease is atherosclerosis, in-stent restenosis, myocardial infarction or unstable angina, the composition comprising an agent measuring a level of interleukin 12 receptor β2 protein, wherein the agent comprises an antibody or an aptamer specific to interleukin 12 receptor β2 protein.
Accelerometer comprising a first capacitor plate in a first plane, a second capacitor plate in a third plane parallel to the first plane and a seismic mass and a mass frame in a second plane parallel to the first plane, wherein the seismic mass is arranged between the first capacitor plate and the second capacitor plate, wherein the mass frame connects the first capacitor plate and the second capacitor plate, wherein the first capacitor plate and the second capacitor plate are configured to detect movements of the seismic mass out of the second plane; characterized in that the mass frame comprises a pillar extending from the first capacitor plate to the second capacitor plate through a cut-out in the seismic mass for stiffening the accelerometer.
A sheet molding compound comprising: an epoxy resin composition; and reinforcing fiber, wherein the epoxy resin composition is a composition prepared from the following component, component, component and component, Component: an epoxy resin staying in a liquid state at 25°C and 1 atm, Component: an acid anhydride staying in a liquid state at 25°C and 1 atm, and Component: a curing agent having a melting point that is measured according to the description of 40°C or higher and lower than 180°C, Component: a curing agent having a melting point that is measured according to the description of 180°C to 300°C an epoxy resin composition; and reinforcing fiber, wherein the epoxy resin composition is a composition prepared from the following component, component, component and component, Component: an epoxy resin staying in a liquid state at 25°C and 1 atm, Component: an acid anhydride staying in a liquid state at 25°C and 1 atm, and Component: a curing agent having a melting point that is measured according to the description of 40°C or higher and lower than 180°C, Component: a curing agent having a melting point that is measured according to the description of 180°C to 300°C
A wireless communication apparatus comprising: a communication control unit for controlling a search process for discovering at least one peripheral wireless communication apparatus and a connection process to another wireless communication apparatus among the discovered peripheral wireless communication apparatuses selected on a display screen; and a display control unit for generating the display screen including display of the at least one peripheral wireless communication apparatus discovered by the search process, characterized in that the communication control unit is configured to start control of the search process by start of an application and to control communication for receiving a function confirmation response to a function confirmation request transmitted to said other wireless communication apparatus, the function confirmation response being indicative of a function corresponding to the application, and in that the display screen generated by the display control unit includes display of said other wireless communication apparatus having the function corresponding to the application and pieces of content data to be transferred to said other wireless communication apparatus by the wireless communication apparatus. a communication control unit for controlling a search process for discovering at least one peripheral wireless communication apparatus and a connection process to another wireless communication apparatus among the discovered peripheral wireless communication apparatuses selected on a display screen; and a display control unit for generating the display screen including display of the at least one peripheral wireless communication apparatus discovered by the search process, characterized in that the communication control unit is configured to start control of the search process by start of an application and to control communication for receiving a function confirmation response to a function confirmation request transmitted to said other wireless communication apparatus, the function confirmation response being indicative of a function corresponding to the application, and in that the display screen generated by the display control unit includes display of said other wireless communication apparatus having the function corresponding to the application and pieces of content data to be transferred to said other wireless communication apparatus by the wireless communication apparatus.
Method for operating a storage facility, in which order pickers manually place goods into, or remove goods from, a modular shelving racking system having a multiplicity of levels and storage locations, wherein it is possible to place and remove goods at at least one central transfer point between the shelves of a level, wherein the transfer points arranged in different levels are each connected to one another by means of placing and removing stations and to a common storage entrance and exit in respect of materials handling technology by vertical conveyors, characterised in that several transfer points per level are arranged spaced apart from each other in a central aisle, "central aisle" referring to an aisle arranged between blocks of shelving, from which in turn individual aisles run off between individual shelves, wherein order pickers manually place goods into, or remove goods from, the modular shelving racking system, said order pickers moving through the aisles (12, 13) and taking goods from the storage locations of the modular shelves or placing goods therein, wherein the placing and removing stations each have a buffer conveyor (4, 5) at the entrance and exit to a vertical conveyor.
An ice bin comprising: a case having an upper portion configured to store and/or accommodate ice produced by an ice maker, and a dispensing port at one side of a lower end and/or surface of the case, configured to dispense the ice; a transferring unit that transfers the ice from a lower portion of the case to the upper portion of the case; and a crushing unit configured to crush the ice transferred by the transferring unit and discharge the ice to the dispensing port, wherein the crushing unit selectively discharges the ice as whole ice cubes or as crushed ice, characterized in that the transferring unit accommodates a housing of the crushing unit. a case having an upper portion configured to store and/or accommodate ice produced by an ice maker, and a dispensing port at one side of a lower end and/or surface of the case, configured to dispense the ice; a transferring unit that transfers the ice from a lower portion of the case to the upper portion of the case; and a crushing unit configured to crush the ice transferred by the transferring unit and discharge the ice to the dispensing port, wherein the crushing unit selectively discharges the ice as whole ice cubes or as crushed ice, characterized in that the transferring unit accommodates a housing of the crushing unit.
An impingement cooling apparatus comprising: a housing having a surface to be directed at a treatment area; an optically transparent region on said surface of the housing through which electromagnetic radiation from a source is directable from the housing to the treatment area; and at least one opening on said surface of the housing through which a fluid flow is directable to the treatment area to maintain the treatment area at a therapeutically acceptable temperature range while avoiding interference with the EMR being directed at the treatment area. a housing having a surface to be directed at a treatment area; an optically transparent region on said surface of the housing through which electromagnetic radiation from a source is directable from the housing to the treatment area; and at least one opening on said surface of the housing through which a fluid flow is directable to the treatment area to maintain the treatment area at a therapeutically acceptable temperature range while avoiding interference with the EMR being directed at the treatment area.
An OLED device (100, 200) comprising a tag element (101, 201) that encodes operating information about the device, wherein - said information can be read out wirelessly and/or electrically by wire; characterized in that; - the tag element (101, 201) comprises a pattern that is part of an electrode area of the OLED device. - said information can be read out wirelessly and/or electrically by wire; characterized in that; - the tag element (101, 201) comprises a pattern that is part of an electrode area of the OLED device.
A method for detecting a leak of molten plastics material, the method comprising placing a tubular detecting element adjacent a site from which molten plastics material may leak, and urging a fluid through the tubular detecting element, characterised in that the tubular detecting element is of deformable transverse cross-section, and the method further comprises monitoring one of the pressure and flow of the fluid through the tubular detecting element at a location one of upstream and downstream of the tubular detecting element, and determining the presence of a leak of molten plastics material adjacent the tubular detecting element in response to the one of the monitored pressure and the monitored flow of the fluid through the tubular detecting element.