mhurhangee/ep-ind-claims huggingface dataset:
An apparatus of foot measurement, comprising: a base plate configured to receive a foot to be measured, the foot having a first length from a tip of a longest toe to a back of a heel and a first circumference around a ball of the foot, and the base plate having a front end and a back end at a first distance from each other, the first distance being larger than the first length, the back end of the base plate configured to receive the back of the heel of the foot to be measured to enable determination of the first length based on the first distance and a second distance between the front end of the base plate and the tip of the longest toe of the positioned foot; and characterized in that it comprises: a single circumference measurement loop, comprising a first portion of elastic material and a second portion of substantially non-elastic material, the circumference measurement loop having, when non-stretched, a second circumference smaller than the first circumference, and the circumference measurement loop configured to encircle the foot to be measured at its ball to enable determination of the first circumference based on the amount of stretch of the first portion, wherein the first portion of the circumference measurement loop has a first visual characteristic and the second portion of the circumference measurement loop has a second visual characteristic, the first visual characteristic being visually distinguishable from the second visual characteristic. a single circumference measurement loop, comprising a first portion of elastic material and a second portion of substantially non-elastic material, the circumference measurement loop having, when non-stretched, a second circumference smaller than the first circumference, and the circumference measurement loop configured to encircle the foot to be measured at its ball to enable determination of the first circumference based on the amount of stretch of the first portion, wherein the first portion of the circumference measurement loop has a first visual characteristic and the second portion of the circumference measurement loop has a second visual characteristic, the first visual characteristic being visually distinguishable from the second visual characteristic.
A motor, comprising a motor casing, a terminal rod having a flange portion arranged between both ends thereof, and a crimping portion arranged in one end thereof, with a concave part formed on an end surface of said crimping portion, and a communication part providing communication between an outer surface of said crimping portion and said concave part such that air can be moved through the communication part, a terminal base having a depression provided on a surface thereof contacted with the interior of said motor casing, a seal portion adjacent to said depression, and a through portion passing from said seal portion through to the exterior of said motor casing, said terminal base fitted to said flange portion of said terminal rod at said depression, a seal member disposed along said seal portion, and a plurality of electric wires with one ends connected to a motor stator inside said motor casing, and the other ends fixed to said crimping portion by pressurizing the outer surface of said crimping portion in a state that the other ends are inserted into said concave part, wherein said terminal base is attached to said motor casing, and said terminal rod passes through said terminal base with the other end on the opposite side of said crimping portion exposed to the exterior of said motor casing. a motor casing, a terminal rod having a flange portion arranged between both ends thereof, and a crimping portion arranged in one end thereof, with a concave part formed on an end surface of said crimping portion, and a communication part providing communication between an outer surface of said crimping portion and said concave part such that air can be moved through the communication part, a terminal base having a depression provided on a surface thereof contacted with the interior of said motor casing, a seal portion adjacent to said depression, and a through portion passing from said seal portion through to the exterior of said motor casing, said terminal base fitted to said flange portion of said terminal rod at said depression, a seal member disposed along said seal portion, and a plurality of electric wires with one ends connected to a motor stator inside said motor casing, and the other ends fixed to said crimping portion by pressurizing the outer surface of said crimping portion in a state that the other ends are inserted into said concave part, wherein said terminal base is attached to said motor casing, and said terminal rod passes through said terminal base with the other end on the opposite side of said crimping portion exposed to the exterior of said motor casing.
A photocurable resin composition, comprising an allylic polymer and a gelling agent, the allylic polymer being produced by polymerization of an allylic compound represented by the following formula: wherein R 1 and R 2 each represent H or CH 3; a represents 2; and X represents any of the following cyclic structures:
Pleated filter comprising a filter medium made from a thermoplastic extrusion non-woven fabric characterised in that - the fibres and/or filaments which form the extrusion non-woven fabric consist of a thermoplastic polymer or polymer blends, and - the polymers or polymer blends which form the filaments and/or fibres have a proportion of crystalline regions of less than 50%. - the fibres and/or filaments which form the extrusion non-woven fabric consist of a thermoplastic polymer or polymer blends, and - the polymers or polymer blends which form the filaments and/or fibres have a proportion of crystalline regions of less than 50%.
A packaging for a liquid and/or a loose material, which is formed from flat packaging material having fold lines (4, 5, 6) and a marking applied to a wall panel of the packaging, which is formed by stamping lines which are disposed in a plane, of which at least two straight stamping lines intersect at least when they are prolonged, wherein the marking is formed by stamping lines only instead of printing, which are U-shaped in cross-section due to curvature in such a way that due to the folded line the packaging material in cross-section has substantially the same thickness in front of, after and within the folded line as the unstamped packaging material, characterized in that the marking comprises at least one center-symmetrical configuration.
A positive electrode active material for a secondary battery, the positive electrode active material comprising: a core; a shell disposed to surround the core; and a buffer layer which is disposed between the core and the shell and includes pores and a three-dimensional network structure connecting the core and the shell, wherein the core, the shell, and the three-dimensional network structure of the buffer layer each independently comprise a lithium nickel manganese cobalt-based composite metal oxide, and at least one metallic element of the nickel, the manganese, and the cobalt has a concentration gradient that gradually changes in any one region of the core, the shell, and the entire positive electrode active material. a core; a shell disposed to surround the core; and a buffer layer which is disposed between the core and the shell and includes pores and a three-dimensional network structure connecting the core and the shell, wherein the core, the shell, and the three-dimensional network structure of the buffer layer each independently comprise a lithium nickel manganese cobalt-based composite metal oxide, and at least one metallic element of the nickel, the manganese, and the cobalt has a concentration gradient that gradually changes in any one region of the core, the shell, and the entire positive electrode active material.
Method for ultrasonic testing of a test object, having the steps of: - moving - in particular in freehand fashion - a probe along a test object surface, and executing measurements within a measurement surface comprising subareas by means of emitting ultrasonic pulses into the test object by means of the probe and receiving respective echo signals corresponding to the emitted ultrasonic pulses by means of the probe; - producing a picture of a prescribed test area of the test object on the basis of superposing and averaging amplitude values of the received echo signals by means of a data processing device; - detecting a respective measurement position of the probe by means of a detecting device; - taking account of the respectively detected measurement positions of the probe when producing the picture of the test area of the test object; - determining an evaluation variable for detecting irregularities with regard to the respectively detected measurement positions within the measurement surface by means of the data processing device; and - weighting with the aid of the evaluation variable each echo signal received in relation to the respectively detected measurement position for the production of the picture by means of the data processing device in such a way that the irregularities are compensated, characterized by determining a local measurement density as evaluation variable, and weighting in such a way that echo signals of measurement positions with large local measurement density are given less strong weightings less strong than echo signals of measurement positions with average or small measurement density. - moving - in particular in freehand fashion - a probe along a test object surface, and executing measurements within a measurement surface comprising subareas by means of emitting ultrasonic pulses into the test object by means of the probe and receiving respective echo signals corresponding to the emitted ultrasonic pulses by means of the probe; - producing a picture of a prescribed test area of the test object on the basis of superposing and averaging amplitude values of the received echo signals by means of a data processing device; - detecting a respective measurement position of the probe by means of a detecting device; - taking account of the respectively detected measurement positions of the probe when producing the picture of the test area of the test object; - determining an evaluation variable for detecting irregularities with regard to the respectively detected measurement positions within the measurement surface by means of the data processing device; and - weighting with the aid of the evaluation variable each echo signal received in relation to the respectively detected measurement position for the production of the picture by means of the data processing device in such a way that the irregularities are compensated,
A method for allocating IDcells in a wireless communication system, the method comprising: performing an initial IDcell allocation by allocating entire sectors to elements of an NxM IDcell matrix, wherein one of N and M is a number of IDcell parameters and the other of N and M is a maximum number of sectors to which the same IDcell can be allocated in the system; selecting a sector pair with a highest proximity for each IDcell in the initial allocation, determining an IDcell with a sector pair having a highest proximity of the selected sector pairs as a target IDcell, and selecting one sector of the sector pair with the highest proximity for the target IDcell as a target sector, wherein the proximity of a sector pair (a, b) is calculated based on one of: the degree of interference between sector a and sector b; and the path loss between sector a and sector b; and selecting a predetermined number of sectors for each of the other Idcells, except for the target IDcell, from among sectors to which the each of the other IDcells is allocated, and swapping the IDcell of the target sector with a corresponding IDcell of a sector satisfying a first condition among the selected sectors, wherein the sector satisfying the first condition is a best sector among sectors satisfying target Δ<0 & correspondingΔ≤0, where targetΔ indicates a change in the highest of the proximities of all possible sector pairs using the target IDcell by the swapping, and where correspondingΔ indicates a change in the highest of the proximities of all possible sector pairs using the corresponding IDcell by the swapping. performing an initial IDcell allocation by allocating entire sectors to elements of an NxM IDcell matrix, wherein one of N and M is a number of IDcell parameters and the other of N and M is a maximum number of sectors to which the same IDcell can be allocated in the system; selecting a sector pair with a highest proximity for each IDcell in the initial allocation, determining an IDcell with a sector pair having a highest proximity of the selected sector pairs as a target IDcell, and selecting one sector of the sector pair with the highest proximity for the target IDcell as a target sector, wherein the proximity of a sector pair (a, b) is calculated based on one of: the degree of interference between sector a and sector b; and the path loss between sector a and sector b; and selecting a predetermined number of sectors for each of the other Idcells, except for the target IDcell, from among sectors to which the each of the other IDcells is allocated, and swapping the IDcell of the target sector with a corresponding IDcell of a sector satisfying a first condition among the selected sectors, wherein the sector satisfying the first condition is a best sector among sectors satisfying target Δ<0 & correspondingΔ≤0, where targetΔ indicates a change in the highest of the proximities of all possible sector pairs using the target IDcell by the swapping, and where correspondingΔ indicates a change in the highest of the proximities of all possible sector pairs using the corresponding IDcell by the swapping.
Hinge device for a dishwasher and for other apparatuses such as ovens, with the possibility of breather opening, said hinge device comprising a first connection means assigned to be fixed to a structure or frame and rotatably connected by a hinge pin to a second connection means assigned to be fixed to a door or shutter; said device comprising at least one interconnecting means having a first end connected to the second connection means by a first connecting pin and a second end connected by a second connecting pin to a sliding means constrained to translate along the first connection means and provided with elastic means and with friction means assigned to transmit to the second connection means, by the interconnecting means, respectively, an elastic force directed in the direction of the extreme closing condition of the door or shutter and a frictional force directed opposite to the rotation of the door or of the shutter; and said device comprising arrest means assigned to abut with the sliding means in an end portion of the rotation of the closing door or shutter arresting the sliding means in correspondence of a breather opening condition of the door or shutter and wherein the second connecting pin is housed with clearance in a respective seat made in the second end of the interconnecting means and slot shaped to allow to the second connection means and to the door or shutter to carry out the final portion of closing rotation of the door or shutter from the open breather condition to the extreme closing condition; said device being characterized in that each friction means comprises at least one friction sliding block secured to the sliding means by a respective pin and sliding along a respective sliding wall of the first connection means and parallel to the direction of translation of the sliding means; the at least one arrest means is fixed to or made in the first connection means in proximity to the at least one sliding wall to abut with the sliding means arresting its stroke towards the closing of the door or of the shutter in correspondence of the breather opening condition.
An information reader (1, 1a, 1b), comprising: a reader main unit (10, 10a, 10b) provided with an information reading unit (40, 23) by which information of an object being read is readable; and a switch unit (70, 70a to 70d) configured as a separate member from the reading main unit, wherein the reader main unit has a case (11, 11c) and an inner pad, the inner pad configuring an electrostatic capacity type of switch which enables the information reading unit (40, 23) to read the information in response to an operator's touch operation to the inner pad, the inner pad is housed at a predetermined position in the case (11, 11c) and assembled with the case (11, 11c) from an inside thereof, the switch unit (70, 70a to 70d) is provided with a touch electrode pad to which electrical charge is applied in response to the operator's touch operation, a wiring line having both ends one of which is electrically connected to the touch electrode pad, and a transmission pad electrically connected to the other end of the wiring line, the transmission pad being assembled with the case (11, 11c) from outside the case (11, 11c) so as to positionally face the predetermined position which is set in the case (11, 11c). a reader main unit (10, 10a, 10b) provided with an information reading unit (40, 23) by which information of an object being read is readable; and a switch unit (70, 70a to 70d) configured as a separate member from the reading main unit, wherein the reader main unit has a case (11, 11c) and an inner pad, the inner pad configuring an electrostatic capacity type of switch which enables the information reading unit (40, 23) to read the information in response to an operator's touch operation to the inner pad, the inner pad is housed at a predetermined position in the case (11, 11c) and assembled with the case (11, 11c) from an inside thereof, the switch unit (70, 70a to 70d) is provided with a touch electrode pad to which electrical charge is applied in response to the operator's touch operation, a wiring line having both ends one of which is electrically connected to the touch electrode pad, and a transmission pad electrically connected to the other end of the wiring line, the transmission pad being assembled with the case (11, 11c) from outside the case (11, 11c) so as to positionally face the predetermined position which is set in the case (11, 11c).
Brush seal system, for application as an air/oil seal of a shaft bearing of a turbomachine, with an axis of rotation (XX') in which the seal exerts a sealing between a first enclosure containing oil and a second enclosure in which the pressure is higher than the pressure in the first enclosure, with the seal comprising a layer of carbon bristles, held between a first ring, referred to as the front ring, disposed upstream of a flow of air that passes through the seal, and a second ring, referred to as the rear ring, disposed downstream of said flow of air, characterised in that the surface of layer of bristles, which is turned towards the front ring, being provided with a non-metal flexible element that flexes with the layer of bristles during the operation and that makes it possible to stop a portion of said flow of air (100, 102) that flows through the seal in a direction substantially parallel to said axis of rotation (XX'), said flexible element being in the form of a crown made of plastic material, having a thickness between 0.05 mm and 0.5 mm, and leaving free an end portion of the layer, of a length, measured in the direction of the extension of the bristles of the layer, between 0.1 mm and 2 mm.
Peristaltic pump comprising a removable connector, made of elastically flexible plastic material, for hydraulic connection between a flexible pipe, housed in an arcuate manner inside a seat of a peristaltic pump, and two flexible pipes (T, T') external to said seat, for the feed and delivery of a fluid, respectively, said removable connector being positioned between two opposed fixing housings (M, M'), provided in a lateral opening of said seat, said removable connector comprises two tubular sections (11, 11'), mutually superimposed and in a single body, wherein the axes, in plan view, form a substantially X-shaped configuration, characterized in that each of said tubular sections (11, 11'), comprises: - a first end (12, 12') including a cylindrical cavity (13, 13') of larger diameter; end which - when said connector is housed in said opening of said seat - is located inside said seat and wherein there is fixed, with seal, a respective end of said flexible pipe of larger diameter; - a second end (14, 14'), which - when said connector is housed in said opening of said seat - is partly external with respect to said seat, and includes a cylindrical cavity (15, 15') of lesser diameter with respect to that of said first end, and wherein there is fixed with seal an end of a respective of said flexible pipes of lesser diameter (T, T'), and in that each pair of ends of said tubular sections (11, 11') formed by a first and by a second of said ends (12/14', 12'/14) of the one and of the other tubular section (11, 11'), provides a substantially V-shaped elastic clamp (16, 16'), which - when said connector is housed in said opening of said seat - elastically surrounds a respective of said fixing housings (M, M'), maintaining stably in position the same removable connector, as a result of bilateral elastic clamping easily detachable by manual extraction of said connector from above with respect to said seat. - a first end (12, 12') including a cylindrical cavity (13, 13') of larger diameter; end which - when said connector is housed in said opening of said seat - is located inside said seat and wherein there is fixed, with seal, a respective end of said flexible pipe of larger diameter; - a second end (14, 14'), which - when said connector is housed in said opening of said seat - is partly external with respect to said seat, and includes a cylindrical cavity (15, 15') of lesser diameter with respect to that of said first end, and wherein there is fixed with seal an end of a respective of said flexible pipes of lesser diameter (T, T'),
An inkjet head driving device for driving an ink jet head including a nozzle, a pressure chamber connected to the nozzle and an actuator configured to change a pressure of the pressure chamber, the inkjet head driving device comprising: an ejection pulse generation circuit configured to generate an ejection pulse to be applied to an actuator for ejecting ink from a pressure chamber connected to a nozzle; and an expansion pulse generation circuit configured to generate an expansion pulse to be applied to the actuator after at least one ejection pulse, the expansion pulse causing the actuator to expand a volume of the pressure chamber to prevent ink from being ejected from the nozzle; characterized in that the expansion pulse generation circuit is configured to set an energizing time for the expansion pulse equal to or less than a quarter of a natural vibration period of the pressure chamber. an ejection pulse generation circuit configured to generate an ejection pulse to be applied to an actuator for ejecting ink from a pressure chamber connected to a nozzle; and an expansion pulse generation circuit configured to generate an expansion pulse to be applied to the actuator after at least one ejection pulse, the expansion pulse causing the actuator to expand a volume of the pressure chamber to prevent ink from being ejected from the nozzle; characterized in that the expansion pulse generation circuit is configured to set an energizing time for the expansion pulse equal to or less than a quarter of a natural vibration period of the pressure chamber.