mhurhangee/patent-ind-claim-en huggingface dataset:
A method for rolling an external pipe thread, comprising rolling a hollow blank by a first rolling wheel group and a second rolling wheel group sequentially, wherein the first rolling wheel group comprises at least three circumferentially arranged first rolling wheels , and the second rolling wheel group comprises at least two circumferentially arranged second rolling wheels , the outer surface of the first rolling wheels have pre-formed thread, and the outer surface of the second rolling wheels have external pipe thread forming portion, and the method includes the following steps: step 1: the first rolling wheel group rolls the outer surface of the hollow blank into a threaded cylindrical surface, a threaded conical surface, or a threaded cylindrical conical mixing surface; step 2: the second rolling wheel group rolls the outer surface of the hollow blank processed in the step 1 again, so as to form the external pipe thread by rolling; wherein number of the first rolling wheels in the first rolling wheel group and number of the second rolling wheels in the second rolling wheel group is odd-even different; the pitch of the pre-formed thread is equal to the pitch of thread on external pipe thread forming portion, and the depth of pre-formed thread is smaller than the depth of thread on external pipe thread forming portion. step 1: the first rolling wheel group rolls the outer surface of the hollow blank into a threaded cylindrical surface, a threaded conical surface, or a threaded cylindrical conical mixing surface; step 2: the second rolling wheel group rolls the outer surface of the hollow blank processed in the step 1 again, so as to form the external pipe thread by rolling; wherein number of the first rolling wheels in the first rolling wheel group and number of the second rolling wheels in the second rolling wheel group is odd-even different; the pitch of the pre-formed thread is equal to the pitch of thread on external pipe thread forming portion, and the depth of pre-formed thread is smaller than the depth of thread on external pipe thread forming portion.
A method , comprising: transmitting a transport block, TB, from a buffer of a transmitting user equipment, UE, device to a receiving UE device using configured grant resources during a period of a sidelink configured grant; receiving , at the transmitting UE device during the period, feedback from the receiving UE device over a physical sidelink feedback channel, PSFCH, indicating whether the TB was successfully received; and in response to the feedback indicating that the receiving UE device successfully received the TB, stopping transmissions of the TB on subsequent configured grant resources of the sidelink configured grant within the same period, the method being characterised by retransmitting a pending TB from a different hybrid automatic repeat request, HARQ, process during the period of the sidelink configured grant, flushing the TB from the buffer; and generating a new TB and performing an initial transmission of the new TB on next configured grant resources during the period of the sidelink configured grant in response to the feedback indicating that the receiving UE device successfully received the retransmitted TB. transmitting a transport block, TB, from a buffer of a transmitting user equipment, UE, device to a receiving UE device using configured grant resources during a period of a sidelink configured grant; receiving , at the transmitting UE device during the period, feedback from the receiving UE device over a physical sidelink feedback channel, PSFCH, indicating whether the TB was successfully received; and in response to the feedback indicating that the receiving UE device successfully received the TB, stopping transmissions of the TB on subsequent configured grant resources of the sidelink configured grant within the same period, the method being characterised by retransmitting a pending TB from a different hybrid automatic repeat request, HARQ, process during the period of the sidelink configured grant, flushing the TB from the buffer; and generating a new TB and performing an initial transmission of the new TB on next configured grant resources during the period of the sidelink configured grant in response to the feedback indicating that the receiving UE device successfully received the retransmitted TB.
A head for an oral care implement comprising: at least a first row of tufts comprising a plurality of filaments having free ends and fixed ends being opposite the free ends and being fixed on a mounting surface of the head , wherein the tufts of the at least first row are inclined with respect to the mounting surface , wherein the filaments of the at least first row of tufts extend from the mounting surface of the head in different length extensions thereby defining with the filaments' free ends an upper top cleaning surface in the form of a continuous wave-shape , and wherein each tuft of the at least first row has a longitudinal axis and a cross-sectional area extending in a plane that is perpendicular to the longitudinal axis, and the cross-sectional area of each tuft has substantially the same size, and characterised in that the tuft comprising the filaments of the longest length extension comprises a higher amount of filaments than the tuft comprising the filaments of the shortest length extension .
Cosmetic external use of an agent comprising D-chiro-inositol in a non-therapeutic method of growing hair, said method not including an application to hair loss associated with insulin resistance.
An encryption detection device, comprising: - a computer with a central processing unit and a memory, which comprises a random access memory and a mass memory comprising files, the central unit cooperating with the random access memory , and with an operating system which has a kernel and is capable of executing by the central unit processes , cut into threads , which may comprise functions for accessing files, a statistical model of ordinary file header writing stored in the memory , and a sentinel program active at the kernel and arranged to: - retrieve the write requests in a file , emitted by each thread , such requests comprising a character string to be written as argument, - calculate a first deviation quantity according to the part of the character string relating to the header of the file and according to the statistical model for header writing , then - issue a first warning if the first deviation quantity exceeds a first threshold . - a computer with a central processing unit and a memory, which comprises a random access memory and a mass memory comprising files, the central unit cooperating with the random access memory , and with an operating system which has a kernel and is capable of executing by the central unit processes , cut into threads , which may comprise functions for accessing files, a statistical model of ordinary file header writing stored in the memory , and a sentinel program active at the kernel and arranged to: - retrieve the write requests in a file , emitted by each thread , such requests comprising a character string to be written as argument, - calculate a first deviation quantity according to the part of the character string relating to the header of the file and according to the statistical model for header writing , then - issue a first warning if the first deviation quantity exceeds a first threshold .
A caliper casting device for casting a caliper for a disc brake including a cylinder into which a piston is fitted, and a rotor housing surface that defines a space for housing a disc rotor, comprising; a mold ; and a core placed in the mold , characterised in that : the mold comprises a rotor housing surface forming portion that is configured to form a part of an inner wall surface of the rotor housing after casting, and in that the core is configured to be positioned and held in the rotor housing surface forming portion during casting, and to form a part of the inner wall surface of the rotor housing together with the rotor housing surface forming portion after casting. the mold comprises a rotor housing surface forming portion that is configured to form a part of an inner wall surface of the rotor housing after casting, and in that the core is configured to be positioned and held in the rotor housing surface forming portion during casting, and to form a part of the inner wall surface of the rotor housing together with the rotor housing surface forming portion after casting.
A method for the safe operation of a movable machine part , in particular a robot arm, preferably as part of a human-robot collaboration, wherein - a reference map comprising one or more map sections is provided, wherein the reference map relates to a stationary coordinate system and position information (X, Y, Z) of the environment of the movable machine part is stored in at least one map section , wherein a plurality of different reference maps are kept available, wherein the different reference maps are used for different work sequences and/or work positions of the movable machine part , - at least one distance measurement for a measurement point of an environmental object is carried out with a distance sensor attached to the movable machine part , wherein the distance measurement determines a distance of the movable machine part from the measurement point , - the position of the measurement point in the stationary coordinate system is determined based on a position of the movable machine part , - the map section associated with the measurement point is determined based on the position of the measurement point if a plurality of map sections are present, - a comparison of the position of the measurement point with the position information (X, Y, Z) is made to determine whether the environmental object lies outside a tolerance range with respect to the position information (X, Y, Z) of the environment , - the movable machine part is brought into a safe state when the environmental object lies outside the tolerance range . - a reference map comprising one or more map sections is provided, wherein the reference map relates to a stationary coordinate system and position information (X, Y, Z) of the environment of the movable machine part is stored in at least one map section , wherein a plurality of different reference maps are kept available, wherein the different reference maps are used for different work sequences and/or work positions of the movable machine part , wherein a plurality of different reference maps are kept available, wherein the different reference maps are used for different work sequences and/or work positions of the movable machine part , - at least one distance measurement for a measurement point of an environmental object is carried out with a distance sensor attached to the movable machine part , wherein the distance measurement determines a distance of the movable machine part from the measurement point , - the position of the measurement point in the stationary coordinate system is determined based on a position of the movable machine part , - the map section associated with the measurement point is determined based on the position of the measurement point if a plurality of map sections are present, - a comparison of the position of the measurement point with the position information (X, Y, Z) is made to determine whether the environmental object lies outside a tolerance range with respect to the position information (X, Y, Z) of the environment , - the movable machine part is brought into a safe state when the environmental object lies outside the tolerance range .
Method for manufacturing a vehicle headrest , comprising the following steps: - a step of placing a rod and a structure in a main cut-out of a padding , - a step of placing two loudspeakers supports in two secondary cut-outs of the padding , - a step of passing two loudspeaker connectors into the two secondary padding cut-outs and into an opening of each loudspeaker support , - a step of placing the resulting assembly in a foam injection mould, - a step of injecting foam in order to obtain a headrest provided with a rod and a structure as well as two supports each ready to accommodate a loudspeaker , characterized in that each support has a hollow cylindrical body of which one end is blocked by a wall that can be likened to a bottom and of which another end is open and has a widened flange , and in that the supports are placed in the secondary cut-outs of the padding such that the edge of the padding delimiting each secondary cut-out comes into abutment against the flange while tightly gripping the cylindrical body . - a step of placing a rod and a structure in a main cut-out of a padding , - a step of placing two loudspeakers supports in two secondary cut-outs of the padding , - a step of passing two loudspeaker connectors into the two secondary padding cut-outs and into an opening of each loudspeaker support , - a step of placing the resulting assembly in a foam injection mould, - a step of injecting foam in order to obtain a headrest provided with a rod and a structure as well as two supports each ready to accommodate a loudspeaker ,
Carrying system for an item of equipment, comprising a load carrier which can be carried via shoulder straps , wherein the load carrier comprises a carrying plate having a plurality of recesses , at least one tensioning element and at least one positioning element , wherein the at least one tensioning element and the at least one positioning element are each arranged or arrangeable on at least one recess of the carrying plate , wherein a plurality of positioning elements are provided, against which the item of equipment can be tensioned by the tensioning element , wherein the positioning elements are arranged or arrangeable on both sides of the course of the tensioning element , so that, in the tensioned state, the item of equipment rests against the positioning elements on both sides of the tensioning element , characterized in that an outer contour of the at least one positioning element has a shape tapering in a direction away from the back of the carrier.
Conveying system for bulk material, preferably for pasty and/or lumpy and/or fibrous materials, such as in particular silo contents, preferably from a material container , having at least one linearly movable conveying rail , wherein at least one alternating drive of the at least one conveying rail is provided with an advance movement for conveying and a retracting movement for material pick-up, wherein scrapers for gripping and conveying the material are arranged on the conveyor rail , wherein scraper elements are pivotally mounted on the scrapers , wherein the pivot axes of the are aligned vertically or almost vertically, wherein the slide elements can be pivoted between an advanced position in which they project during an advance movement and a retracted position in which they are contiguous during a return movement, wherein wedge-shaped or ramp-like regions are configured as ramp sections on the scrapers , characterised in that the ramp sections run upwards from the front edge near the base to the top of the scrapers and end shortly before the pivot axes of the scraper elements .
A DC relay resistant to short-circuit current, comprising two stationary contact leading-out terminals , a straight sheet type movable spring and a push rod component , in which the movable spring is mounted on the push rod component so that movable contacts on two ends of the movable spring are in contact with stationary contacts on bottom ends of the two stationary contact leading-out terminals under an action of the push rod component , and a current flows in from one of the two stationary contact leading-out terminals and flows out of the other of the two stationary contact leading-out terminals via through the movable spring , characterized in that upper magnetizers arranged in a width direction of the movable spring are mounted above a preset position of the movable spring ; lower magnetizers arranged in the width direction of the movable spring and capable of moving with the movable spring are mounted below the preset position of the movable spring ; at least one through hole is provided in the movable spring at the preset position, so that the upper magnetizers and the lower magnetizers can approach one to another or come into contact with each other through the through hole ; and at least two independent magnetically conductive loops are formed in the width direction of the movable spring by means of the upper magnetizers and the lower magnetizers ; magnetic pole faces of the respective magnetically conductive loops at the through hole are increased such that when the movable spring has a large fault current, attraction force in a contact pressure direction is generated to resist an electro-dynamic repulsion force generated, due to the fault current between the movable spring and the stationary contact leading-out terminals .
A point cloud data processing apparatus comprising: a memory configured to store point cloud data representing pieces of three-dimensional information of a large number of points on a surface of an object and a plurality of pieces of image data acquired by image capturing of the object, with positions of pixels of at least any one piece of image data among the plurality of pieces of image data being associated with points that constitute the point cloud data; and a processor, the processor being configured to cause a display unit to display the point cloud data such that three-dimensional rotation, three-dimensional movement, and rescaling are enabled, accept a designation of a specified point in the point cloud data displayed on the display unit, select a region of a target object including a region corresponding to the specified point, on the piece of image data, and assign the same attribute information to points, in the point cloud data, corresponding to the region of the target object, wherein in a case where the region of the target object is manually selected on the image data, the display unit displays the image data such that the user can check the region corresponding to the specified point in the image data. the processor being configured to cause a display unit to display the point cloud data such that three-dimensional rotation, three-dimensional movement, and rescaling are enabled, accept a designation of a specified point in the point cloud data displayed on the display unit, select a region of a target object including a region corresponding to the specified point, on the piece of image data, and assign the same attribute information to points, in the point cloud data, corresponding to the region of the target object,
An integral lighting assembly comprising - an optical arrangement ; - a first light source (S 1 ) for generating a first beam (L 1 ) of light; - a first collimator (C 1 ) for directing the first beam (L 1 ) at the optical arrangement ; - a second light source (S 2 ) for generating a second beam (L 2 ) of light; and - a second collimator (C 2 ) for directing the second beam (L 2 ) at the optical arrangement ; characterised in that the collimators (C 1 , C 2 ) are arranged such that a collimator (C 1 , C 2 ) on one side of an optical axis (X) of the lighting assembly directs its beam (L 1 , L 2 ) of light essentially at a region of the optical arrangement on the other side of the optical axis (X) such that the first beam (L 1 ) crosses the second beam (L 2 ) before arriving at the optical arrangement ; and wherein the optical arrangement is realized to manipulate the first and second light beams (L 1 , L 2 ) to give a low exit beam (B LO ) and a high exit beam (B HI ) such that the low exit beam (B LO ) and the high exit beam (B HI ) are partially combined in an overlap region on a projection plane located at a predefined distance from the integral lighting assembly . - an optical arrangement ; - a first light source (S 1 ) for generating a first beam (L 1 ) of light; - a first collimator (C 1 ) for directing the first beam (L 1 ) at the optical arrangement ; - a second light source (S 2 ) for generating a second beam (L 2 ) of light; and - a second collimator (C 2 ) for directing the second beam (L 2 ) at the optical arrangement ;
A core network node device, wherein the core network node device comprises: a recording unit , configured to: when it is determined that downlink data to be sent to user equipment exists and that the user equipment is in a power saving mode, record an event that the downlink data to be sent to the user equipment exists when the user equipment is in a power saving mode; a receiving unit , configured to receive a tracking area update, TAU, request initiated by the user equipment; and a sending unit , configured to: when the TAU request that is initiated by the user equipment and received by the receiving unit is received, send an initial context setup request message, so as to set up the data bearer and notify the user equipment that the downlink data to be sent to the user equipment exists when the user equipment is in a power saving mode. a recording unit , configured to: when it is determined that downlink data to be sent to user equipment exists and that the user equipment is in a power saving mode, record an event that the downlink data to be sent to the user equipment exists when the user equipment is in a power saving mode; a receiving unit , configured to receive a tracking area update, TAU, request initiated by the user equipment; and a sending unit , configured to: when the TAU request that is initiated by the user equipment and received by the receiving unit is received, send an initial context setup request message, so as to set up the data bearer and notify the user equipment that the downlink data to be sent to the user equipment exists when the user equipment is in a power saving mode.
An automobile side structure comprising: a first impact absorbing member extending in a vehicle height direction inside an automobile door ; a second impact absorbing member inside the automobile door ; a door inner panel inside the automobile door ; and a side sill , wherein the first impact absorbing member , the second impact absorbing member , the door inner panel , and the side sill are on a straight line in a vehicle width direction, and the second impact absorbing member is disposed between the first impact absorbing member and the door inner panel , characterized in that the second impact absorbing member is joined to the door inner panel ; and the second impact absorbing member and the door inner panel form a pipe shape having an axis in the vehicle width direction. a first impact absorbing member extending in a vehicle height direction inside an automobile door ; a second impact absorbing member inside the automobile door ; a door inner panel inside the automobile door ; and a side sill , wherein the first impact absorbing member , the second impact absorbing member , the door inner panel , and the side sill are on a straight line in a vehicle width direction, and the second impact absorbing member is disposed between the first impact absorbing member and the door inner panel , characterized in that the second impact absorbing member is joined to the door inner panel ; and the second impact absorbing member and the door inner panel form a pipe shape having an axis in the vehicle width direction.
Method for treating waste incineration slag, wherein crushed and screened waste incineration slag is separated into fractions of different densities by means of a vibrating settling separator, wherein the separation occurs into a heavy fraction comprising metals, a light fraction comprising minerals, and a floating fraction comprising plastics, wood, paper or gas concrete, and wherein the separation takes place in a liquid, that is in a vertically oscillating water bath, characterized in that the separated heavy material is transported directly into a heavy material store and the floating material is transported directly into a floating material store, and in that the light material is passed through an induction separator for separating metallic materials.