mhurhangee/ep-ind-claims huggingface dataset:
Analysis apparatus comprising: a signal detection unit configured to continuously detect signal values detected from a first sample; a measuring unit configured to measure numerical value information on a specified substance in a second sample; a first temperature detection unit configured to capture a first temperature value defined as temperature information on the first sample; a second temperature detection unit configured to capture a second temperature value defined as temperature information on the second sample; and a calculation unit configured to calibrate the numerical value information on the specified substance in the first sample from the signal value by referring to the numerical value information on the specified substance in the second sample in accordance with the first temperature value and the second temperature value, wherein the calculation unit is configured to acquire the first temperature value as at the point of time when measuring the numerical value information on the specified substance in the second sample, to acquire the second temperature value as at the point of time when measuring the numerical value information on the specified substance in the second sample, and when a differential value calculated from the first temperature value and the second temperature value is equal to or smaller than a predetermined threshold value, to calibrate the numerical value information on the specified substance in the first sample from the signal value by referring to the numerical value information on the specified substance in the second sample. a signal detection unit configured to continuously detect signal values detected from a first sample; a measuring unit configured to measure numerical value information on a specified substance in a second sample; a first temperature detection unit configured to capture a first temperature value defined as temperature information on the first sample; a second temperature detection unit configured to capture a second temperature value defined as temperature information on the second sample; and a calculation unit configured to calibrate the numerical value information on the specified substance in the first sample from the signal value by referring to the numerical value information on the specified substance in the second sample in accordance with the first temperature value and the second temperature value, wherein the calculation unit is configured to acquire the first temperature value as at the point of time when measuring the numerical value information on the specified substance in the second sample, to acquire the second temperature value as at the point of time when measuring the numerical value information on the specified substance in the second sample, and when a differential value calculated from the first temperature value and the second temperature value is equal to or smaller than a predetermined threshold value, to calibrate the numerical value information on the specified substance in the first sample from the signal value by referring to the numerical value information on the specified substance in the second sample.
Tyre comprising a tread, the tyre comprising at least one groove, at least one wear indicator disposed in the groove, the wear indicator comprising a contact face intended to come into contact with a roadway when the tyre reaches a wear limit, the groove comprising a texture produced integrally with a bottom of this groove, said texture being an organized arrangement of a plurality of elements, all or some of the elements of the arrangement being the repetition of a single base element, such as a strand or a lamella, said texture surrounding the wear indicator and contrasting with the contact face of the wear indicator, the wear indicator comprising at least one lateral face connecting the contact face of the wear indicator to said bottom, characterized in that the groove has a texture-free zone disposed between a zone provided with a texture and the lateral face of the wear indicator, said texture-free zone having a length of between 3 and 10 mm.
A clamshell lathe for machining a workpiece, comprising: a substantially annular stationary member adapted to be removably connected around an outer diameter of a substantially cylindrical workpiece, the stationary member including a bearing channel having an inner sidewall and an outer sidewall defining a substantially circular bearing track therebetween; and a substantially annular rotatable member having a base and an annular outer sidewall connected to the base and comprising gear teeth located on an outer surface of the outer sidewall, a plurality of bearings rotatably connected to the base of the rotatable member, the roller bearings journaled in the bearing channel of the stationary member so that the rotatable member is operatively connected to and rotatable in relation to the stationary member, characterized in that there is further provided a bearing channel ring including the pair of the sidewalls (35, 36) outwardly extending from a base, generally extending in a direction opposite a clamping ring, and each sidewall (35, 36) terminating at an end generally extending inwardly a distance in order to maintain a roller bearing within the bearing channel. a substantially annular stationary member adapted to be removably connected around an outer diameter of a substantially cylindrical workpiece, the stationary member including a bearing channel having an inner sidewall and an outer sidewall defining a substantially circular bearing track therebetween; and a substantially annular rotatable member having a base and an annular outer sidewall connected to the base and comprising gear teeth located on an outer surface of the outer sidewall, a plurality of bearings rotatably connected to the base of the rotatable member, the roller bearings journaled in the bearing channel of the stationary member so that the rotatable member is operatively connected to and rotatable in relation to the stationary member,
Roller device comprising a cross member and at least one roller element mounted on the cross member by way of roller bearings (20, 22), characterised in that at least one duct means (310, 320, 330, 340, 350) for conducting at least one medium is provided in the cross member and the roller device is provided for formation of a stripguiding segment of a casting machine, wherein the roller device is installable as a preassembled module in a frame of a casting machine, preferably in a segment frame.
An apparatus for slicing food products, in particular a high-performance slicer, comprising a product feed which feeds at least one product to be sliced to a cutting blade rotating and/or revolving in a cutting plane, wherein the product feed comprises a feed device (16, 18) and a driven conveyor belt which is arranged downstream of the feed device and which is adjustable between a blocked position serving as a product abutment in a start phase and a release position serving as a product conveyor in a cutting phase following the start phase, characterized in that a control device is provided which, in order to recognize the product start of a product moved in the start phase by means of the feed device (16, 18), is configured to recognize the contact of the product start with the conveyor belt, which is driven in the blocked position, by monitoring a drive of the conveyor belt.
A battery module comprising: a stack including a plurality of battery cells aligned; holding plates respectively provided on side faces of the stack for holding the stack; a coupling member disposed along a direction in which the battery cells are aligned, and fixed to the holding plates to bind the plurality of battery cells; and an insulating member provided between the coupling member and the plurality of battery cells, wherein the insulating member includes projecting portions disposed adjacent to and along two side faces of the coupling member and projecting toward the coupling member; wherein the insulating member is formed as a tray that retains a wire harness; and wherein the projecting portions are formed as ribs constituting a pair of rows on the tray, the clearance between the rows of the ribs is determined so as to fit the width of the coupling member. a stack including a plurality of battery cells aligned; holding plates respectively provided on side faces of the stack for holding the stack; a coupling member disposed along a direction in which the battery cells are aligned, and fixed to the holding plates to bind the plurality of battery cells; and an insulating member provided between the coupling member and the plurality of battery cells, wherein the insulating member includes projecting portions disposed adjacent to and along two side faces of the coupling member and projecting toward the coupling member; wherein the insulating member is formed as a tray that retains a wire harness; and wherein the projecting portions are formed as ribs constituting a pair of rows on the tray, the clearance between the rows of the ribs is determined so as to fit the width of the coupling member.
An unmanned ground vehicle comprising: a main body; a drive system supported by the main body, the drive system comprising right and left driven track assemblies (120a, 120b) mounted on right and left sides of the main body; and a manipulator arm pivotally coupled to the main body and configured to extend from a stowed position to an extended position, wherein the manipulator arm in the stowed position is contained entirely within a geometric volume of the right and left driven track assemblies (120a, 120b); wherein the manipulator arm comprises a first section pivotally coupled to the main body at a pivot end and a second section pivotally coupled to the first section at an end opposite the pivot end; wherein the manipulator arm comprises a sensor suite mounted on a bridge between the first section and the second section. a main body; a drive system supported by the main body, the drive system comprising right and left driven track assemblies (120a, 120b) mounted on right and left sides of the main body; and a manipulator arm pivotally coupled to the main body and configured to extend from a stowed position to an extended position, wherein the manipulator arm in the stowed position is contained entirely within a geometric volume of the right and left driven track assemblies (120a, 120b); wherein the manipulator arm comprises a first section pivotally coupled to the main body at a pivot end and a second section pivotally coupled to the first section at an end opposite the pivot end; wherein the manipulator arm comprises a sensor suite mounted on a bridge between the first section and the second section.
Automatic panic lock comprising an inner spindle and an outer spindle, the lock being of the type having a spring-loaded automatic locking, and which can always be unlocked with the inner spindle and can only be unlocked with the outer spindle when a clutch end is in a certain position, characterised in that the lock comprises a follower formed by a slotted one-piece body housing an actuating follower plate in a slot, the inner spindle being permanently attached to the window of the actuating follower plate with its end, and the outer spindle being linked to the actuating follower plate only when the clutch end cotters the slotted one-piece body with a linking end of the actuating follower plate.
A beverage preparation machine comprising: (i) a reservoir for a fluid, (ii) a brewing head adapted to receive at least one ingredient capsule comprising at least one beverage preparation ingredient, (iii) a pump for pumping a predetermined volume of said fluid from said reservoir to said brewing head, such that said fluid can be injected into said capsule, when said capsule is received by said brewing head, to mix with said ingredient under pressure and produce a predetermined volume of beverage, wherein the reservoir, the pump, and an inserted ingredient capsule in use are in fluidic communication and form a fluid system, characterized in that the beverage preparation machine further comprises - a sensor adapted to measure internal pressure within an ingredient capsule inserted inside said brewing head, by using measurement of a flow rate of a fluid in the fluid system, and - a locking mechanism adapted to prevent disconnection of the inserted ingredient capsule from the fluid system if the measured internal pressure exceeds a predetermined threshold pressure value (Pt). (i) a reservoir for a fluid, (ii) a brewing head adapted to receive at least one ingredient capsule comprising at least one beverage preparation ingredient, (iii) a pump for pumping a predetermined volume of said fluid from said reservoir to said brewing head, such that said fluid can be injected into said capsule, when said capsule is received by said brewing head, to mix with said ingredient under pressure and produce a predetermined volume of beverage, - a sensor adapted to measure internal pressure within an ingredient capsule inserted inside said brewing head, by using measurement of a flow rate of a fluid in the fluid system, and - a locking mechanism adapted to prevent disconnection of the inserted ingredient capsule from the fluid system if the measured internal pressure exceeds a predetermined threshold pressure value (Pt).
A method for manufacturing an absorbent article having a colored base material, the method comprising a first step for providing a base material having microcapsules confining a coloring agent, a second step for breaking the microcapsules in a prescribed pattern in the base material to release the coloring agent into the base material in the prescribed pattern, and thereafter a third step for applying a developer onto the base material in which the coloring agent has been released in the prescribed pattern, to react the coloring agent and the developer to thereby effect coloring in at least a portion of the prescribed pattern. a first step for providing a base material having microcapsules confining a coloring agent, a second step for breaking the microcapsules in a prescribed pattern in the base material to release the coloring agent into the base material in the prescribed pattern, and thereafter a third step for applying a developer onto the base material in which the coloring agent has been released in the prescribed pattern, to react the coloring agent and the developer to thereby effect coloring in at least a portion of the prescribed pattern.
A method of controlling an interpolation process in a device of a wireless communications system configured to receive a signal including a plurality of signal positions able to be defined by a time position and sub-carrier frequency, the method including: comparing a signal quality parameter of the signal to a threshold; and in the event that the signal quality parameter is less than the threshold, using linear interpolation; in the event that the signal quality parameter is not less than the threshold: generating at least one first parameter based on the power of the channel impulse response of at least a portion of the signal, wherein the at least one first parameter is determined based on a period greater than the effective delay spread of the signal, wherein separate first parameters are determined for different delays, and wherein each first parameter is compared to a different threshold; comparing each of the at least one first parameter to a respective threshold and, on the basis of said comparison or comparisons, determining at least one of: a type of interpolation or extrapolation to be used; and one or more second parameters used in said interpolation or extrapolation; wherein the type of interpolation can be linear or LMMSE. comparing a signal quality parameter of the signal to a threshold; and in the event that the signal quality parameter is less than the threshold, using linear interpolation; in the event that the signal quality parameter is not less than the threshold: generating at least one first parameter based on the power of the channel impulse response of at least a portion of the signal, wherein the at least one first parameter is determined based on a period greater than the effective delay spread of the signal, wherein separate first parameters are determined for different delays, and wherein each first parameter is compared to a different threshold; comparing each of the at least one first parameter to a respective threshold and, on the basis of said comparison or comparisons, determining at least one of: a type of interpolation or extrapolation to be used; and one or more second parameters used in said interpolation or extrapolation; generating at least one first parameter based on the power of the channel impulse response of at least a portion of the signal, wherein the at least one first parameter is determined based on a period greater than the effective delay spread of the signal, wherein separate first parameters are determined for different delays, and wherein each first parameter is compared to a different threshold; comparing each of the at least one first parameter to a respective threshold and, on the basis of said comparison or comparisons, determining at least one of: a type of interpolation or extrapolation to be used; and one or more second parameters used in said interpolation or extrapolation; a type of interpolation or extrapolation to be used; and one or more second parameters used in said interpolation or extrapolation; wherein the type of interpolation can be linear or LMMSE.
A method for compressing a database index, comprising: receiving an index entry to be inserted in the index, the entry comprising an index key and associated database row identifier, wherein the database row identifier comprises a page identifier and a slot identifier; accessing an index page (302, 304, 306) comprising index entries, each entry including an index key and an associated database row identifier, wherein the index page includes a pattern of changing values, the pattern comprising a range (350, 360) of entries for which the index keys and row identifiers follow arithmetic sequences, the range represented in the index page by a first index entry corresponding to the start of the range and a second index entry corresponding to the end of the range, the first and second index entries marked by respective range-start and range-end identifiers; determining if the received index entry can be appended to the end of said range of entries; and if so, adding the received index entry to the index page by modifying the second index entry corresponding to the end of the range. receiving an index entry to be inserted in the index, the entry comprising an index key and associated database row identifier, wherein the database row identifier comprises a page identifier and a slot identifier; accessing an index page (302, 304, 306) comprising index entries, each entry including an index key and an associated database row identifier, wherein the index page includes a pattern of changing values, the pattern comprising a range (350, 360) of entries for which the index keys and row identifiers follow arithmetic sequences, the range represented in the index page by a first index entry corresponding to the start of the range and a second index entry corresponding to the end of the range, the first and second index entries marked by respective range-start and range-end identifiers; determining if the received index entry can be appended to the end of said range of entries; and if so, adding the received index entry to the index page by modifying the second index entry corresponding to the end of the range.
A polymer additive composition comprising: (a) a substituted cyclodextrin, and (b) an effective amount of carbon particles comprising activated carbon, wherein the substituted cyclodextrin is substantially free of a compound in the central pore of the cyclodextrin ring and wherein the composition comprises about 2 to 40,000 parts by weight of cyclodextrin per each part by weight of activated carbon particles. (a) a substituted cyclodextrin, and (b) an effective amount of carbon particles comprising activated carbon, wherein the substituted cyclodextrin is substantially free of a compound in the central pore of the cyclodextrin ring and wherein the composition comprises about 2 to 40,000 parts by weight of cyclodextrin per each part by weight of activated carbon particles.
Recycling device for a starting material with a screw conveyor and a filling chamber, wherein the filling chamber has a housing and the screw conveyor extends from the housing into a screw housing, the screw conveyor comprises a drive and a drive shaft, the screw conveyor is hollow, wherein the screw conveyor consists of a first cylinder with a smaller diameter, a funnel and an adjoining second cylinder with a larger diameter, characterised in that a first heat barrier and/or first pressure barrier is arranged between the first cylinder and the funnel and a second heat barrier and/or second pressure barrier is arranged between the funnel and the second cylinder, wherein the funnel has a heat supply device and/or pressure supply device in an internal space and a heat outlet on an outer skin, wherein an inner blade is arranged in the first cylinder towards the driving shaft, wherein the first cylinder has through-openings in the cylinder wall, wherein the first cylinder comprises a liquid discharge.
Production method for profiled hose nipples, wherein the method comprises the following working steps, specifically: - providing a divisible forming tool having at least two tool parts, wherein the tool parts each have at least one cutout, said cutouts forming an elongate cavity when the tool parts are assembled, wherein the cutouts are each profiled in such a way that when the tool parts are assembled, the elongate cavity has a profile of predetermined geometry with radially inwardly projecting ring-shaped webs and radially outwardly pointing ring-shaped grooves, - inserting a pipe portion into the elongate cavity, - pressing or drawing a forming punch into the pipe portion, wherein the forming punch is designed in such a way that when it is being pressed or drawn into the pipe portion, the diameter of the pipe portion increases and the material of the pipe portion is radially outwardly displaced into the profile of the elongate cavity, - opening the tool, - removing the pipe portion which has been formed into a hose nipple, characterized in that, when the forming punch is being pressed or drawn in, the material of the pipe portion is displaced in such a way that, in the region of the tool partings, a distance remains between the pipe portion material that is displaced into the radially outwardly pointing ring-shaped grooves of the profile and the tool wall. - providing a divisible forming tool having at least two tool parts, wherein the tool parts each have at least one cutout, said cutouts forming an elongate cavity when the tool parts are assembled, wherein the cutouts are each profiled in such a way that when the tool parts are assembled, the elongate cavity has a profile of predetermined geometry with radially inwardly projecting ring-shaped webs and radially outwardly pointing ring-shaped grooves, - inserting a pipe portion into the elongate cavity, - pressing or drawing a forming punch into the pipe portion, wherein the forming punch is designed in such a way that when it is being pressed or drawn into the pipe portion, the diameter of the pipe portion increases and the material of the pipe portion is radially outwardly displaced into the profile of the elongate cavity, - opening the tool, - removing the pipe portion which has been formed into a hose nipple,