mhurhangee/ep-ind-claims huggingface dataset:
A process for determining a first and a second coordinate of the point of contact of a ball on the strings of a ball game racquet with a racquet head and a handle section, wherein the longitudinal axis of the ball game racquet defines an x-coordinate, the transverse axis of the ball game racquet defines a y-coordinate, and the line perpendicular to the strings defines a z-coordinate, comprising the following steps: a) measuring a first kinematic basic parameter in a first direction as a function of time at a first point of the ball game racquet; b) measuring a second kinematic basic parameter in a second direction as a function of time at a second point of the ball game racquet; c) transforming the measured first kinematic basic parameter and the measured second kinematic basic parameter and/or a linear combination of the measured first and second basic parameters into the frequency domain; and d) calculating the first and second coordinates of the point of contact on the basis of the transformed kinematic basic parameter(s) in the frequency domain. a) measuring a first kinematic basic parameter in a first direction as a function of time at a first point of the ball game racquet; b) measuring a second kinematic basic parameter in a second direction as a function of time at a second point of the ball game racquet; c) transforming the measured first kinematic basic parameter and the measured second kinematic basic parameter and/or a linear combination of the measured first and second basic parameters into the frequency domain; and d) calculating the first and second coordinates of the point of contact on the basis of the transformed kinematic basic parameter(s) in the frequency domain.
An anti-TNF polyclonal antibody, derived from milk or colostrum, for use in a method of treating inflammatory bowel disease in a patient wherein after administration of the anti-TNF polyclonal antibody to the digestive tract of the patient, the peak level of anti-TNF polyclonal antibody in the patient's serum as measured by ELISA, is less than 500ng/ml.
A blank for making a pack generally in the form of a rectangular parallelepiped for hermetically packaging foodstuff, the blank is made out of a single piece of card provided on one of its faces with a layer that is airtight and/or moisture-proof and including a front panel, two side panels (3, 4) positioned on either side of the front panel, and two back panels (5, 6) each positioned to continue a respective side panel (3, 4), these five panels being hinged to one another in succession via fold lines (I1, I2, I3, I4) presenting on either side first and second ends, these five panels being connected at their first ends to a closure strip via a connection strip, the connection strip being connected firstly to the five panels and secondly to the closure strip via fold lines (I5 and I6) perpendicular to the fold lines (I1, I2, I3, I4) of the panels, the closure strip including at least two fold lines (I7 and I8) parallel to the fold lines of the panels and positioned in register with the side panels (3, 4), and wherein: - a second closure strip is connected to the second ends of the panels via a second connection strip, the second connection strip being connected to the five panels (2, 3, 4, 5, 6) and to the closure strip by fold lines (I9 and I10) perpendicular to the fold lines of the panels, the closure strip including at least two fold lines (I11 and I12) parallel to the fold lines of the panels and positioned in register with the side panels (3, 4); and - at least one of the five panels includes at least one system of precut score lines (P1, P2) extended by a through cut forming an opening flap hinged about one of the fold lines; the blank being characterized in that: - the system of precut score lines (P1, P2) comprises two cut score lines that are laterally offset from each other, each being made from a different face of the blank and in continuity with the through cut in order to form the flap; and - an adhesive label is positioned to cover the through cut completely and includes a permanent fastening zone over at least a portion of the flap and a repositionable fastening zone on the blank. - a second closure strip is connected to the second ends of the panels via a second connection strip, the second connection strip being connected to the five panels (2, 3, 4, 5, 6) and to the closure strip by fold lines (I9 and I10) perpendicular to the fold lines of the panels, the closure strip including at least two fold lines (I11 and I12) parallel to the fold lines of the panels and positioned in register with the side panels (3, 4); and - at least one of the five panels includes at least one system of precut score lines (P1, P2) extended by a through cut forming an opening flap hinged about one of the fold lines; - the system of precut score lines (P1, P2) comprises two cut score lines that are laterally offset from each other, each being made from a different face of the blank and in continuity with the through cut in order to form the flap; and - an adhesive label is positioned to cover the through cut completely and includes a permanent fastening zone over at least a portion of the flap and a repositionable fastening zone on the blank.
A form-rolling device for processing a tubular member, the device comprising: a shaft rotatable around a first axis; a first grooving portion that protrudes from an outer circumference of the shaft outwardly along a circumference around the first axis, and has an outward convex cross-sectional shape taken along a plane including the first axis; a second grooving portion that is rotatable around a second axis parallel to the first axis, has a concave cross-sectional shape taken along a plane passing through the first axis and the second axis, is capable of being placed at a position corresponding to the first grooving portion in the direction along the first axis, and is capable of moving in a direction in which the second grooving portion approaches or departs from the first grooving portion; a flange-shaped tube-end positioning member that is attached to a position of the outer circumference of the shaft nearer to a base end than the first grooving portion, characterized by said flange-shaped tube-end positioning member being capable of changing a distance from the first grooving portion in a direction along the first axis; and by a supporting member that supports an outer circumference of a ring member held on an outer circumference of the tubular member to be processed so that the ring member is able to rotate around a third axis, whereby the third axis is an axis of the tubular member. a shaft rotatable around a first axis; a first grooving portion that protrudes from an outer circumference of the shaft outwardly along a circumference around the first axis, and has an outward convex cross-sectional shape taken along a plane including the first axis; a second grooving portion that is rotatable around a second axis parallel to the first axis, has a concave cross-sectional shape taken along a plane passing through the first axis and the second axis, is capable of being placed at a position corresponding to the first grooving portion in the direction along the first axis, and is capable of moving in a direction in which the second grooving portion approaches or departs from the first grooving portion; a flange-shaped tube-end positioning member that is attached to a position of the outer circumference of the shaft nearer to a base end than the first grooving portion, characterized by said flange-shaped tube-end positioning member being capable of changing a distance from the first grooving portion in a direction along the first axis; and by a supporting member that supports an outer circumference of a ring member held on an outer circumference of the tubular member to be processed so that the ring member is able to rotate around a third axis, whereby the third axis is an axis of the tubular member.
A facility for disinfection treatment of hospital carts, in particular meal or linen transport carts, wherein said facility comprises: - a casing delimiting a treatment volume for receiving a plurality of said carts and provided with at least one door (4, 5) for entry and exit of said carts, and - disinfection means comprising at least one internal pipe provided with an inlet to said casing and an outlet from said casing, wherein said internal pipe is provided with diffusion means, arranged inside said casing, to diffuse into said treatment volume a liquid treatment product containing a water-soluble treatment agent suitable for disinfection treatment of said carts, wherein said diffusion means comprise at least one misting nozzle, wherein said disinfection means comprise means for supplying said internal pipe inlet with said liquid treatment product, wherein said facility also comprises a pipe for supplying said treatment volume with air and a pipe fitted with extraction means for extracting the stale air from said treatment volume, and wherein said casing comprises at least one inlet, provided with removable plugging means, associated with said pipe for supplying said treatment volume with air, and at least one outlet, provided with removable plugging means, associated with said pipe fitted with said extraction means for extracting the stale air from said treatment volume, characterized in that said disinfection means also comprise: - means for supplying said internal pipe inlet with air, and - means for supplying said internal pipe inlet with water. - a casing delimiting a treatment volume for receiving a plurality of said carts and provided with at least one door (4, 5) for entry and exit of said carts, and - disinfection means comprising at least one internal pipe provided with an inlet to said casing and an outlet from said casing, wherein said internal pipe is provided with diffusion means, arranged inside said casing, to diffuse into said treatment volume a liquid treatment product containing a water-soluble treatment agent suitable for disinfection treatment of said carts, - means for supplying said internal pipe inlet with air, and - means for supplying said internal pipe inlet with water.
A fixing structure for an inflator and an airbag, in which the inflator and the airbag are fixed by a fixing member to a plate portion of a module case, comprising an outer shell of the inflator being a housing in a substantially columnar shape, the housing including a gas discharge port provided in a circumferential wall surface on one end surface side in the axial direction, and a lower annular step surface provided at a circumferential wall surface on an other end surface side in the axial direction, the lower annular step surface being formed by reducing an outer diameter of the housing on the other end surface side, the fixing member being a lower fixing member that supports and fixes the inflator from a lower surface side of the plate portion, the lower fixing member including a tubular wall portion and a flange portion formed at an opening at one end, the tubular wall portion having an inner surface in such a shape that the tubular wall portion is fitted to the circumferential wall surface including the lower annular step surface of the inflator housing, wherein the remaining portion of the circumferential wall surface is in contact with the inner circumferential surface of a hole of the plate portion, and the flange portion having a plurality of bolt holes, the fixing structure for the inflator and the airbag including the inflator fitted into the hole, which is formed in the plate portion of the module case, such that the circumferential wall surface provided with the gas discharge port is on an upper surface side of the plate portion, and the circumferential wall surface including the lower annular step surface is on the lower surface side of the plate portion, on the upper surface side of the plate portion, the airbag covering and enclosing, from a bag opening, the circumferential wall surface, provided with the gas discharge port, of the inflator housing, on the lower surface side of the plate portion the lower fixing member having the tubular wall portion abutting against the circumferential wall surface, which includes the annular step surface of the inflator housing, and the flange portion abutting against the lower surface of the plate portion, and the airbag and the lower fixing member being fixed with a bolt and a nut mounted through the airbag, the plate portion and the flange portion of the lower fixing member.
Reverse turning machine for turning material by means of tools (17a, 17b, 17c, 17b) rotating around the material comprising: a frame; a tool holder arranged to rotate around the material, and carrying at least three tools (17a, 17b, 17c, 17d) a servomotor (22a, 22b, 22c, -22d) per tool, the servomotor being fixed with respect to the frame; a transmission mechanism for controlling, by means of the corresponding servomotor, the position of each tool (17a, 17b, 17c, 17d) relative to the tool holder, characterized in that the transmission mechanism comprises - at least three bodies (18a, 18b, 18c, 18d) arranged to be rotated about the material, each body being arranged to be axially movable about the material by the corresponding servomotor (22a, 22b, 22c, 22d), independently of the other bodies, - at least three axes (173a, 173b, 173c, 173d) passing through said tool holder and rotating with said tool holder about the axis of rotation of the tool holder, one tool being mounted on each of said at least three axes, - each axis (173a, 173b, 173c, 173d) being arranged to be rotated about its own longitudinal axis by one of said bodies (18a, 18b, 18c, 18d) from the side of the tool holder opposite to said tools (17a, 17b, 17c, 17d), independently of the other axes - each axis controlling the movement of a tool. a frame; a tool holder arranged to rotate around the material, and carrying at least three tools (17a, 17b, 17c, 17d) a servomotor (22a, 22b, 22c, -22d) per tool, the servomotor being fixed with respect to the frame; a transmission mechanism for controlling, by means of the corresponding servomotor, the position of each tool (17a, 17b, 17c, 17d) relative to the tool holder, - at least three bodies (18a, 18b, 18c, 18d) arranged to be rotated about the material, each body being arranged to be axially movable about the material by the corresponding servomotor (22a, 22b, 22c, 22d), independently of the other bodies, - at least three axes (173a, 173b, 173c, 173d) passing through said tool holder and rotating with said tool holder about the axis of rotation of the tool holder, one tool being mounted on each of said at least three axes, - each axis (173a, 173b, 173c, 173d) being arranged to be rotated about its own longitudinal axis by one of said bodies (18a, 18b, 18c, 18d) from the side of the tool holder opposite to said tools (17a, 17b, 17c, 17d), independently of the other axes - each axis controlling the movement of a tool.
A method of wireless communication performed by a user equipment, UE, comprising: determining, based at least in part on a decomposition rule for a discrete Fourier transform, DFT, block, a plurality of decomposition groups for tones, corresponding to a plurality of antenna ports of the UE, of a transmission, wherein the plurality of antenna ports are associated with a common power amplifier value or a plurality of different power amplifier values, wherein respective sizes of the plurality of decomposition groups are selected such that a total size of the plurality of decomposition groups is equivalent to a size of the DFT block, where a size is a quantity of tones and the respective sizes of the plurality of decomposition groups and the size of the DFT block each satisfy a size constraint, and the respective sizes of the plurality of decomposition groups each satisfy a size balancing criterion, wherein the size balancing criterion is based at least in part on the common power amplifier value or different power amplifier values; mapping the tones to the plurality of decomposition groups for transmission processing; and transmitting, using the plurality of antenna ports, the transmission based at least in part on transmission processing. determining, based at least in part on a decomposition rule for a discrete Fourier transform, DFT, block, a plurality of decomposition groups for tones, corresponding to a plurality of antenna ports of the UE, of a transmission, wherein the plurality of antenna ports are associated with a common power amplifier value or a plurality of different power amplifier values, wherein respective sizes of the plurality of decomposition groups are selected such that a total size of the plurality of decomposition groups is equivalent to a size of the DFT block, where a size is a quantity of tones and the respective sizes of the plurality of decomposition groups and the size of the DFT block each satisfy a size constraint, and the respective sizes of the plurality of decomposition groups each satisfy a size balancing criterion, wherein the size balancing criterion is based at least in part on the common power amplifier value or different power amplifier values; mapping the tones to the plurality of decomposition groups for transmission processing; and transmitting, using the plurality of antenna ports, the transmission based at least in part on transmission processing.
A magnetic body inspection device for inspecting states of a plurality of magnetic bodies by a total magnetic flux method for measuring a magnetic flux inside a magnetic body, the magnetic body inspection device comprising: a plurality of detection coils each configured to detect a magnetic field of each of the plurality of magnetic bodies; one excitation unit provided for the plurality of magnetic bodies; a detection signal output unit configured to output a detection signal based on each magnetic field of the magnetic body, and a magnetic field application unit configured to apply a magnetic field to the magnetic body so that the magnetic field is applied to the magnetic body in a predetermined direction, wherein the plurality of detection coils is each configured to detect a change in the magnetic field of the magnetic body to which the magnetic field has been previously applied by the magnetic application unit. a plurality of detection coils each configured to detect a magnetic field of each of the plurality of magnetic bodies; one excitation unit provided for the plurality of magnetic bodies; a detection signal output unit configured to output a detection signal based on each magnetic field of the magnetic body, and a magnetic field application unit configured to apply a magnetic field to the magnetic body so that the magnetic field is applied to the magnetic body in a predetermined direction, wherein the plurality of detection coils is each configured to detect a change in the magnetic field of the magnetic body to which the magnetic field has been previously applied by the magnetic application unit.
A method for wireless communication at a scheduled entity in a wireless communication network, the method comprising: estimating a wireless channel between the scheduled entity and a scheduling entity to obtain a channel estimate; determining a respective weight associated with each of two or more predefined spectral efficiency - channel quality indicator, SPEF-CQI, mappings based on the channel estimate, wherein each of the two or more predefined SPEF-CQI mappings comprises a respective mapping between spectral efficiency, SPEF, threshold values and channel quality indicators, CQIs, and wherein each of the SPEF-CQI mappings is associated with a different channel type; calculating respective weighted sums of corresponding ones of the SPEF threshold values across the two or more predefined SPEF-CQI mappings using the respective weights to produce a blended SPEF-CQI mapping for the wireless channel; calculating a current SPEF value for the wireless channel; identifying a current CQI from the blended SPEF-CQI mapping that maps to the current SPEF value; and transmitting the current CQI to the scheduling entity. estimating a wireless channel between the scheduled entity and a scheduling entity to obtain a channel estimate; determining a respective weight associated with each of two or more predefined spectral efficiency - channel quality indicator, SPEF-CQI, mappings based on the channel estimate, wherein each of the two or more predefined SPEF-CQI mappings comprises a respective mapping between spectral efficiency, SPEF, threshold values and channel quality indicators, CQIs, and wherein each of the SPEF-CQI mappings is associated with a different channel type; calculating respective weighted sums of corresponding ones of the SPEF threshold values across the two or more predefined SPEF-CQI mappings using the respective weights to produce a blended SPEF-CQI mapping for the wireless channel; calculating a current SPEF value for the wireless channel; identifying a current CQI from the blended SPEF-CQI mapping that maps to the current SPEF value; and transmitting the current CQI to the scheduling entity.
An electronic animal training apparatus adapted to be worn by an animal and to carry an electronic apparatus, said electronic animal training apparatus comprising: a housing defining an interior and a through-opening, said interior being adapted to receive the electronic apparatus; an antenna passing through said through-opening, said antenna adapted to be connected to the electronic apparatus, wherein; a flexible member in form of a collar is molded around at least a portion of said antenna, so that said antenna is enclosed in said flexible member and said flexible member molded around said housing to at least partially encapsulate said housing such that said flexible member secures said housing and surrounds said through-opening such that an interface between said housing and said flexible member is sealed to form a substantially watertight seal with said housing around said through-opening, said flexible member adapted to encircle a portion of the animal to allow the animal to carry said electronic animal training apparatus. a housing defining an interior and a through-opening, said interior being adapted to receive the electronic apparatus; an antenna passing through said through-opening, said antenna adapted to be connected to the electronic apparatus, wherein; a flexible member in form of a collar is molded around at least a portion of said antenna, so that said antenna is enclosed in said flexible member and said flexible member molded around said housing to at least partially encapsulate said housing such that said flexible member secures said housing and surrounds said through-opening such that an interface between said housing and said flexible member is sealed to form a substantially watertight seal with said housing around said through-opening, said flexible member adapted to encircle a portion of the animal to allow the animal to carry said electronic animal training apparatus.
A method of preventing an unauthorized use of a disposable component, the method comprising: integrating an RFID device with the disposable component, wherein the RFID device includes a memory chip having a FRAM portion; reducing bio-burden of the disposable component with the integrated RFID device; and assembling the disposable component; the method being characterized by the steps of writing error-correctable information onto the FRAM portion of the memory in the form of redundant information written to a plurality of regions of the memory chip, and by the step of; authenticating the disposable component. integrating an RFID device with the disposable component, wherein the RFID device includes a memory chip having a FRAM portion; reducing bio-burden of the disposable component with the integrated RFID device; and assembling the disposable component; the method being characterized by the steps of writing error-correctable information onto the FRAM portion of the memory in the form of redundant information written to a plurality of regions of the memory chip, and by the step of; authenticating the disposable component.