mhurhangee/ep-ind-claims huggingface dataset:
An operating table comprising: a support surface having a first component, and at least one second component that is movable relative to the first component, at least one hydraulic adjustment element for moving the second component relative to the first component, and at least one device for position detection which is designed to determine the position of the second component relative to the first component, wherein the device includes the following: a multilayer sensor film; a slider having a pressure piece that elastically compresses the multilayer sensor film; and an electrical circuit that generates a signal in accordance with the position of the pressure piece on the sensor film. a support surface having a first component, and at least one second component that is movable relative to the first component, at least one hydraulic adjustment element for moving the second component relative to the first component, and at least one device for position detection which is designed to determine the position of the second component relative to the first component, wherein the device includes the following: a multilayer sensor film; a slider having a pressure piece that elastically compresses the multilayer sensor film; and an electrical circuit that generates a signal in accordance with the position of the pressure piece on the sensor film. a multilayer sensor film; a slider having a pressure piece that elastically compresses the multilayer sensor film; and an electrical circuit that generates a signal in accordance with the position of the pressure piece on the sensor film.
A wire electric discharge machining apparatus having a function of automatically selecting an automatic wire-connection parameter, comprising: an execution part that executes automatic wire connection according to a plurality of parameters determining a condition for performing the automatic wire connection; a wire electrode line wire-connection failure section detection part that detects a wire-connection failure section (A1-A10) in a running path of a wire electrode when wire connection by the automatic wire connection by the execution part is unsuccessful; and a count/storage part that counts and stores the number of failures of the wire connection in the wire electrode line wire-connection failure section; characterized by further comprising a parameter set storage part that stores a parameter set (a; b; c) as a combination of the plurality of parameters (1a-8a; 1b-8b; 1c) in association with the wire electrode line wire-connection failure section; and a parameter set switching part that selects and adopts, based on a count value stored in the count/storage part, the parameter set as a default condition for performing an automatic wire connecting operation from among the parameter sets each associated with the wire electrode line wire-connection failure section (A1-A10) and stored in the parameter set storage part when the wire connection is unsuccessful even in a preset wire connecting operation. an execution part that executes automatic wire connection according to a plurality of parameters determining a condition for performing the automatic wire connection; a wire electrode line wire-connection failure section detection part that detects a wire-connection failure section (A1-A10) in a running path of a wire electrode when wire connection by the automatic wire connection by the execution part is unsuccessful; and a count/storage part that counts and stores the number of failures of the wire connection in the wire electrode line wire-connection failure section; characterized by further comprising a parameter set storage part that stores a parameter set (a; b; c) as a combination of the plurality of parameters (1a-8a; 1b-8b; 1c) in association with the wire electrode line wire-connection failure section; and a parameter set switching part that selects and adopts, based on a count value stored in the count/storage part, the parameter set as a default condition for performing an automatic wire connecting operation from among the parameter sets each associated with the wire electrode line wire-connection failure section (A1-A10) and stored in the parameter set storage part when the wire connection is unsuccessful even in a preset wire connecting operation.
A safety device for determining a safety level of a vehicle, the safety device comprising: a sound recording device; a data storage device comprising data related to human mood; and a control device; wherein the safety device is configured for determining a number of occupants of said vehicle; wherein the sound recording device is configured for recording sounds of said occupants of the vehicle; wherein the control device is configured for distinguishing sounds of said occupants of the vehicle; wherein the control device is configured for parsing the sound of each occupant separately; wherein the control device is configured for comparing the parsed sound to the data in the data storage device; wherein the control device is configured for searching for markers associated with a mood of each occupant based on the data; wherein the safety device is configured for individually grading the contribution of each occupant to the overall safety and/or to safe operation of the vehicle, based on an analysis of markers originated from each occupant and the interaction thereof, and wherein the control device is configured for determining a safety level based on the markers and said contributions. a sound recording device; a data storage device comprising data related to human mood; and a control device; wherein the safety device is configured for determining a number of occupants of said vehicle; wherein the sound recording device is configured for recording sounds of said occupants of the vehicle; wherein the control device is configured for distinguishing sounds of said occupants of the vehicle; wherein the control device is configured for parsing the sound of each occupant separately; wherein the control device is configured for comparing the parsed sound to the data in the data storage device; wherein the control device is configured for searching for markers associated with a mood of each occupant based on the data; wherein the safety device is configured for individually grading the contribution of each occupant to the overall safety and/or to safe operation of the vehicle, based on an analysis of markers originated from each occupant and the interaction thereof, and wherein the control device is configured for determining a safety level based on the markers and said contributions.
A medical image processing apparatus comprising a reception unit configured to select and present multiple candidate images, from multiple images contained in an image database, and receive one or more images selected by a user from among the multiple candidate images as image quality data reflecting the user's desire for an image quality of a medical image, a feature value calculation unit configured to calculate an image feature value with respect to the image quality data, and a parameter presentation unit configured to use a database associating adjustment parameters related to the image quality with the image feature value, to determine and present the adjustment parameters suitable for the image quality data received by the reception unit, wherein the adjustment parameters include imaging conditions or conditions at the time of image generation. a reception unit configured to select and present multiple candidate images, from multiple images contained in an image database, and receive one or more images selected by a user from among the multiple candidate images as image quality data reflecting the user's desire for an image quality of a medical image, a feature value calculation unit configured to calculate an image feature value with respect to the image quality data, and a parameter presentation unit configured to use a database associating adjustment parameters related to the image quality with the image feature value, to determine and present the adjustment parameters suitable for the image quality data received by the reception unit, wherein the adjustment parameters include imaging conditions or conditions at the time of image generation.
An organic composition for decomposing bodily remains comprising a composite mixture of compost, peat, sulfur, and gypsum, the composite mixture being configured to combine with the bodily remains to decompose the bodily remains, the combined mixture having a reduced pH for reducing the detrimental effects of the bodily remains on the environment, wherein the mixture comprises between about 30% and about 70% compost, between about 20% and about 50% peat, between about 0.01% and about 1.0% gypsum, and about 2.27 kg / 38.22 cubic metres (5 lbs / 50 cubic yards) of sulfur.
A method for transmitting data in a random access process performed by a communications apparatus, the method comprising: • sending a message 1 of the random access process to a network device, wherein the message 1 is carried on a first resource, wherein the sending of the message 1 on the first resource is used to indicate that uplink data are sent to the network device in a message 3; • receiving a message 2 of the random access process from the network device, wherein the message 2 comprises uplink grant information, the uplink grant information comprises first indication information, wherein the first indication information is used to indicate a largest transport block size, TBS, allowed for the message 3 of the random access process; • when a coverage level corresponding to the message 1 belongs to a coverage level set indicated by the network device: ∘ determining a target TBS in candidate TBSs based on the allowed largest TBS, wherein the target TBS is less than or equal to the allowed largest TBS, and ∘ sending the message 3 by using the target TBS to the network device, wherein the message 3 comprises the uplink data, • when the coverage level corresponding to the message 1 does not belong to the coverage level set indicated by the network device: ∘ sending the message 3 to the network device based on the allowed largest TBS indicated by the first indication information. • sending a message 1 of the random access process to a network device, wherein the message 1 is carried on a first resource, wherein the sending of the message 1 on the first resource is used to indicate that uplink data are sent to the network device in a message 3; • receiving a message 2 of the random access process from the network device, wherein the message 2 comprises uplink grant information, the uplink grant information comprises first indication information, wherein the first indication information is used to indicate a largest transport block size, TBS, allowed for the message 3 of the random access process; • when a coverage level corresponding to the message 1 belongs to a coverage level set indicated by the network device: ∘ determining a target TBS in candidate TBSs based on the allowed largest TBS, wherein the target TBS is less than or equal to the allowed largest TBS, and ∘ sending the message 3 by using the target TBS to the network device, wherein the message 3 comprises the uplink data, ∘ determining a target TBS in candidate TBSs based on the allowed largest TBS, wherein the target TBS is less than or equal to the allowed largest TBS, and ∘ sending the message 3 by using the target TBS to the network device, wherein the message 3 comprises the uplink data, • when the coverage level corresponding to the message 1 does not belong to the coverage level set indicated by the network device: ∘ sending the message 3 to the network device based on the allowed largest TBS indicated by the first indication information. ∘ sending the message 3 to the network device based on the allowed largest TBS indicated by the first indication information.
Sandwich component (2, 2a,b) with a base part and with a top part (6, 6a,b), wherein the top part (6, 6a,b) forms a soft-touch surface (8, 8a,b) of the sandwich component (2, 2a,b), wherein the top part (6, 6a,b) contains at least two functional layers (12, 12a,b, 13, 13a,b) and one of the functional layers (12, 12a,b, 13, 13a,b) is an elastically deformable soft-touch layer and one of the functional layers (12, 12a,b, 13, 13a,b) is a decorative layer forming the soft-touch surface (8, 8a,b) and responsible for the haptic surface feel and the visual appearance of the top part (6, 6a,b) or of the sandwich component (2, 2a,b), wherein the soft-touch layer is arranged between the decorative layer and the base part, characterized in that the sandwich component (2, 2a,b) has, in its interior, a fire-retardant layer which produces a fire-retardant action on the sandwich component (2, 2a,b) in the event of fire, and the fire-retardant layer is arranged between the base part and the top part (6, 6a,b), wherein the top part (6, 6a,b) is fastened to the base part, which is coated with the fire-retardant layer, using an adhesive, and the base part and the fire-retardant layer form a substrate as a common component unit to which the top part (6, 6a,b) is then fastened using an adhesive.
Method for the pressure filling of containers with a liquid filling product in a filling apparatus with at least one filling element, with which the respective container is in a sealing contact position with its container mouth during at least a part of the filling process, and by means of which the interior of the container is subjected during the filling process with at least one process pressure in at least one process step, wherein at least one pressure sensor is provided at the filling element, which, during the filling process, detects the pressure in the interior of the container connected to the filling element, and sends an electrical signal corresponding to this pressure to an evaluation device, which detects the time-pressure characteristic course in the interior of the container during the filling process, wherein, during the filling process, a return gas tube of the filling element protrudes into the container and, during the filling of the filling product, conveys the escaping gas out of the container, wherein the filling element is controlled as a dependency of an output signal from the evaluation device, and wherein the pressure characteristic course is monitored by the evaluation device for the occurrence of a pressure peak, which occurs when the filling product level in the container reaches the return gas tube and the closure signal for the filling element is issued when this pressure peak is detected, characterised in that, for the detection of the pressure peak, the first time derivation of the measured pressure is used, and this is compared to a reference value, and that, for the detection of the pressure peak, the absolute pressure at the point of time of the detection of the pressure peak is taken into consideration.
A substrate inspection apparatus comprising: a substrate transfer unit configured to transfer a substrate; a measurement unit configured to measure an image for inspection of the substrate; and a display unit configured to: display a first image of a first component among a plurality of components arranged on the substrate in a reference direction of the first component which is pre-determined for displaying the first image on the display unit regardless of an actual arrangement direction of the first component in the substrate, and display a content indicating a difference between the reference direction of the first component and the actual arrangement direction of the first component in the substrate. a substrate transfer unit configured to transfer a substrate; a measurement unit configured to measure an image for inspection of the substrate; and a display unit configured to: display a first image of a first component among a plurality of components arranged on the substrate in a reference direction of the first component which is pre-determined for displaying the first image on the display unit regardless of an actual arrangement direction of the first component in the substrate, and display a content indicating a difference between the reference direction of the first component and the actual arrangement direction of the first component in the substrate. display a first image of a first component among a plurality of components arranged on the substrate in a reference direction of the first component which is pre-determined for displaying the first image on the display unit regardless of an actual arrangement direction of the first component in the substrate, and display a content indicating a difference between the reference direction of the first component and the actual arrangement direction of the first component in the substrate.
A method of coding transform coefficients using context-based coding, the method comprising: receiving transform coefficients associated with a transform unit, in the following named "TU", wherein the TU is divided into one or more sub-blocks, and at least two context sets are used for the TU, wherein each context set includes a plurality of contexts and a TU size is 16x16, 16x4, 4x16, 32x32, 32x8, or 8x32; determining a context set for each of the sub-blocks in the TU; and coding all of non-DC transform coefficients in each sub-block based on a context selected from a same context set, wherein a DC coefficient in the TU is coded based on a different context set. receiving transform coefficients associated with a transform unit, in the following named "TU", wherein the TU is divided into one or more sub-blocks, and at least two context sets are used for the TU, wherein each context set includes a plurality of contexts and a TU size is 16x16, 16x4, 4x16, 32x32, 32x8, or 8x32; determining a context set for each of the sub-blocks in the TU; and coding all of non-DC transform coefficients in each sub-block based on a context selected from a same context set, wherein a DC coefficient in the TU is coded based on a different context set.
A bicycle frame (2, 102) comprising: a front portion configured to receive a front wheel assembly; a rear portion configured to receive a rear wheel assembly; and a connecting member configured to receive a seat assembly and connected to the front portion at a first connecting point and connected to the rear portion at a second connecting point, the first and second connecting points being spaced from one another along the length of the connecting member; wherein one of the front and rear portions (4, 6) extends towards and is connected to the other of the front and rear portions (4, 6) at a third connecting point to form a link; characterized in that the frame is configured so as to allow a distance between at least two of the connecting points to be adjusted; wherein adjustment of said distance increases or decreases the size of the frame; wherein the link has a plurality of mounting positions which define said distance; wherein the plurality of mounting positions are formed by a plurality of discrete holes (14a, 14b, 14c) provided on the front portion. a front portion configured to receive a front wheel assembly; a rear portion configured to receive a rear wheel assembly; and a connecting member configured to receive a seat assembly and connected to the front portion at a first connecting point and connected to the rear portion at a second connecting point, the first and second connecting points being spaced from one another along the length of the connecting member; wherein one of the front and rear portions (4, 6) extends towards and is connected to the other of the front and rear portions (4, 6) at a third connecting point to form a link; characterized in that the frame is configured so as to allow a distance between at least two of the connecting points to be adjusted; wherein adjustment of said distance increases or decreases the size of the frame; wherein the link has a plurality of mounting positions which define said distance; wherein the plurality of mounting positions are formed by a plurality of discrete holes (14a, 14b, 14c) provided on the front portion.
Lattice mast as a tower of a wind turbine, wherein the lattice mast has tubular two-part supports made of parts that can be detachably connected to one another, characterized in that the two parts, as they are connected, are arranged continuously uniaxially in the supporting axes, in that the supports are arranged obliquely to one another in the direction away from the standing surface of the tower with a reducing cross-sectional area, in that the lattice mast has a first guiding constituent part and a second guiding constituent part guided in the first guiding constituent part, wherein the first constituent part has a device having a plurality of rails arranged in the comers of a polygon as a climbing frame for guiding at least one guiding element of the second constituent part, wherein the guiding element is connected via at least one climbing device having couplings to the rails of the climbing frame, and in that the first constituent part has an element for supporting the end or the end region of the second constituent part in the end position and thus operating position of the wind turbine.
Procedure for manufacturing a firmly bonded connection between two metal structural components in the form of sheet metal, with the following steps: - A hollow body of plates reshaped into half-shells is provided as the first structural component: - Openings (3, 3a) are produced in the plates before or after they are reshaped into half-shells and fixed as hollow bodies; - As the second structural component (2,2a,2b) a support plate is provided, characterised through the following steps: - A total of at least three projections (9,10) pointing in the direction of the second structural component (2, 2a, 2b) are produced arranged at the openings (3, 3a) produced in the form of longitudinal slots and distributed on the longitudinal edges (13,14) of the openings (3,3a) opposite one another, wherein the protrusions (9,10) are arranged in the openings (3,3a) in the longitudinal direction of the longitudinal slot holes offset from one another; - The second structural component (2,2a,2b) is introduced to the opening (3,3a) of the first structural component under the support at the protrusions (9,10), wherein at least in certain areas one gap (11,12) remains between the two structural components (1,2,2a,2b); - The two structural components (1,2,2a,2b) are connected to one another in the region of the gap (11,12) by firm bonding to one another, so that the half-shells are connected with one another via the second structural component (2,2a,2b). - A hollow body of plates reshaped into half-shells is provided as the first structural component: - Openings (3, 3a) are produced in the plates before or after they are reshaped into half-shells and fixed as hollow bodies; - As the second structural component (2,2a,2b) a support plate is provided, characterised through the following steps: - A total of at least three projections (9,10) pointing in the direction of the second structural component (2, 2a, 2b) are produced arranged at the openings (3, 3a) produced in the form of longitudinal slots and distributed on the longitudinal edges (13,14) of the openings (3,3a) opposite one another, wherein the protrusions (9,10) are arranged in the openings (3,3a) in the longitudinal direction of the longitudinal slot holes offset from one another; - The second structural component (2,2a,2b) is introduced to the opening (3,3a) of the first structural component under the support at the protrusions (9,10), wherein at least in certain areas one gap (11,12) remains between the two structural components (1,2,2a,2b); - The two structural components (1,2,2a,2b) are connected to one another in the region of the gap (11,12) by firm bonding to one another, so that the half-shells are connected with one another via the second structural component (2,2a,2b).