mhurhangee/ep-ind-claims huggingface dataset:
Hose connecting system, comprising at least two hoses (110, 120), adapted to be connected to each other, a fitting, adapted to fixedly hold each of the hoses (110, 120), and realize the fluid connection of the hoses, a holder, adapted to hold the fitting, wherein the holder holds at least two fittings, and, when the holder holds the fitting in a connected state, the fitting is able to move along an axis orthogonal to the longitudinal axis of the hoses (110, 120), characterized in that the fitting is able to rotate around a longitudinal axis of the hoses (110, 120) and/or move along a longitudinal axis of the hoses (110, 120). at least two hoses (110, 120), adapted to be connected to each other, a fitting, adapted to fixedly hold each of the hoses (110, 120), and realize the fluid connection of the hoses, a holder, adapted to hold the fitting, wherein the holder holds at least two fittings, and, when the holder holds the fitting in a connected state, the fitting is able to move along an axis orthogonal to the longitudinal axis of the hoses (110, 120), characterized in that the fitting is able to rotate around a longitudinal axis of the hoses (110, 120) and/or move along a longitudinal axis of the hoses (110, 120).
A pillow, comprising: a pillow cushion consisting essentially of a gelatinous elastomer, the pillow cushion sized and configured to support a head and neck of a person using the pillow cushion, the pillow cushion comprising: a first major surface comprising an upper side of the pillow cushion; a second major surface comprising a lower side of the pillow cushion; deformable wall members extending between the first major surface and the second major surface, defining voids such that the deformable wall members are capable of being displaced into adjacent voids upon deformation of the deformable wall members and configured to buckle when a pressure applied to the first major surface of the pillow cushion in a direction perpendicular to the first major surface exceeds a threshold pressure level, and imparting the pillow cushion with radiused peripheral edges on the upper side and the lower side of the pillow cushion; and a pillow cover covering the pillow cushion. a pillow cushion consisting essentially of a gelatinous elastomer, the pillow cushion sized and configured to support a head and neck of a person using the pillow cushion, the pillow cushion comprising: a first major surface comprising an upper side of the pillow cushion; a second major surface comprising a lower side of the pillow cushion; deformable wall members extending between the first major surface and the second major surface, defining voids such that the deformable wall members are capable of being displaced into adjacent voids upon deformation of the deformable wall members and configured to buckle when a pressure applied to the first major surface of the pillow cushion in a direction perpendicular to the first major surface exceeds a threshold pressure level, and imparting the pillow cushion with radiused peripheral edges on the upper side and the lower side of the pillow cushion; and a first major surface comprising an upper side of the pillow cushion; a second major surface comprising a lower side of the pillow cushion; deformable wall members extending between the first major surface and the second major surface, defining voids such that the deformable wall members are capable of being displaced into adjacent voids upon deformation of the deformable wall members and configured to buckle when a pressure applied to the first major surface of the pillow cushion in a direction perpendicular to the first major surface exceeds a threshold pressure level, and imparting the pillow cushion with radiused peripheral edges on the upper side and the lower side of the pillow cushion; and a pillow cover covering the pillow cushion.
An insect control formulation comprising: methyl eugenol; cue lure; and a biodegradable wax carrier; wherein said methyl eugenol and said cue lure are dispersed in said biodegradable wax carrier; and wherein said biodegradable wax carrier is operable to release the methyl eugenol and cue lure over a period of time extending at least four weeks.
A handle for a wet shaver, having: - a handle body adapted to be held by a user; and - a head supporting portion adapted to support a shaver head having at least one blade, wherein the handle body has a cell structure (15, 16) formed by juxtaposed hollow cells at least partly separated by solid walls, said cell structure (15, 16) having an envelope volume Vt which encompasses a certain empty volume Ve, a ratio Ve/Vt of said empty volume on said envelope volume being between 33% and 90%, characterized in that said cell structure (15, 16) is formed as a Voronoi diagram. - a handle body adapted to be held by a user; and - a head supporting portion adapted to support a shaver head having at least one blade,
An operation input device that has two or more multi-jointed arms which have a plurality of joints in series having a degree of freedom of rotation or translation and are configured so that a position and an orientation of a distal end relative to a proximal end are changed, the operation input device comprising: a holding unit that holds the proximal ends of the multi-jointed arms in a state in which the mutual relative positional relationship is fixed; a detection unit that is provided in the joint to detect a joint movement amount that represents the movement of the joint by the rotation angle or the translational displacement from an initial joint value; an engagement unit that is provided in each of the distal ends of the multi-jointed arms and is engaged so that the relative position between the distal ends is fixed; characterized in that the initial joint value is unknown; and a data acquisition unit that acquires a plurality of sets of joint movement amounts detected by the detection unit in a time series when engaging the distal ends of the multi-jointed arms via the engagement unit and moving the mutually engaged distal ends; and an initial value calculation unit that calculates the unknown initial joint value under the condition that the relative positional relationship between the distal ends is fixed via the engagement unit based on the joint movement amount acquired by the data acquisition unit in a time series. a holding unit that holds the proximal ends of the multi-jointed arms in a state in which the mutual relative positional relationship is fixed; a detection unit that is provided in the joint to detect a joint movement amount that represents the movement of the joint by the rotation angle or the translational displacement from an initial joint value; an engagement unit that is provided in each of the distal ends of the multi-jointed arms and is engaged so that the relative position between the distal ends is fixed; characterized in that the initial joint value is unknown; and a data acquisition unit that acquires a plurality of sets of joint movement amounts detected by the detection unit in a time series when engaging the distal ends of the multi-jointed arms via the engagement unit and moving the mutually engaged distal ends; and an initial value calculation unit that calculates the unknown initial joint value under the condition that the relative positional relationship between the distal ends is fixed via the engagement unit based on the joint movement amount acquired by the data acquisition unit in a time series.
A negative electrode active material of lithium secondary battery, comprising the fired product of: a mixture of at least one of a petroleum-derived green coke and a coal-derived green coke; and at least one of a petroleum-derived calcined coke and a coal-derived calcined coke within a mass ratio range of 90:10 to 10:90.
A Controller Area Network, CAN, communication method between a battery and a power management device using a CAN ID represented by 11 bits (ID 0 to ID 10), wherein generating the CAN ID includes: a first bit allocation process for allocating ID 8 to ID 10 bits of the CAN ID for use classification comprising a use classification bit area division step of dividing the ID 8 to ID 10 bits allocated for the use classification into two or more areas having a predetermined range; an application assignment step of assigning a use corresponding to each of two or more areas having a predetermined range divided in the use classification bit area division step, wherein the used assigned in the application assignment step is assigned according to a transmission frequency, or according to an area where data is transmitted and received; a second bit allocation process for allocating ID 4 to ID 7 bits of the CAN ID for target classification comprising a target classification bit area division step for dividing ID 4 to ID 7 bits allocated for the target classification into two or more areas having a predetermined range; a target assignment step for assigning a data transmission target corresponding to each of two or more areas having a predetermined range divided in the target classification bit area division step, wherein the target assigned in the target assignment step represents a target corresponding to information included in transmitted data; and a third bit allocation process for allocating (ID 0) to (ID 3) bits of the CAN ID for classifying the number of data. a first bit allocation process for allocating ID 8 to ID 10 bits of the CAN ID for use classification comprising a use classification bit area division step of dividing the ID 8 to ID 10 bits allocated for the use classification into two or more areas having a predetermined range; an application assignment step of assigning a use corresponding to each of two or more areas having a predetermined range divided in the use classification bit area division step, wherein the used assigned in the application assignment step is assigned according to a transmission frequency, or according to an area where data is transmitted and received; a second bit allocation process for allocating ID 4 to ID 7 bits of the CAN ID for target classification comprising a target classification bit area division step for dividing ID 4 to ID 7 bits allocated for the target classification into two or more areas having a predetermined range; a target assignment step for assigning a data transmission target corresponding to each of two or more areas having a predetermined range divided in the target classification bit area division step, wherein the target assigned in the target assignment step represents a target corresponding to information included in transmitted data; and a third bit allocation process for allocating (ID 0) to (ID 3) bits of the CAN ID for classifying the number of data.
Method for controlling the feed of semifinished products in a tyre building process, said method comprising: advancing a semifinished product from a reel along a path into a building station adapted to build, through said semifinished product, a structural component of a tyre; performing an acquisition, in an acquisition zone located on said path, in order to acquire characteristic parameters representative of said semifinished product; verifying the presence of at least one defect in said semifinished product as a function of said characteristic parameters; generating a notification signal as a function of said verification, in the presence of said at least one defect; activating, as a function of said notification signal, a discard device configured for discarding at least a portion of said semifinished product comprising said at least one defect. advancing a semifinished product from a reel along a path into a building station adapted to build, through said semifinished product, a structural component of a tyre; performing an acquisition, in an acquisition zone located on said path, in order to acquire characteristic parameters representative of said semifinished product; verifying the presence of at least one defect in said semifinished product as a function of said characteristic parameters; generating a notification signal as a function of said verification, in the presence of said at least one defect; activating, as a function of said notification signal, a discard device configured for discarding at least a portion of said semifinished product comprising said at least one defect.
Support for on-site mounting of the two ends (10, 11) of a passenger transport device, having a pivot bearing point provided at the first end of the passenger transport device, the pivot axis of which is arranged vertically with respect to its installation position, and a floating bearing point provided at the second end of the passenger transport device for accommodating horizontal movements occurring orthogonally to the pivot axis, the floating bearing point having at least one rolling element, by means of which rolling element a sliding friction caused in the floating bearing point by horizontally occurring movements can be converted into rolling friction, the floating bearing point having at least one sliding bearing and rolling elements being arranged on the two side edges of the at least one sliding bearing which extend parallel to the longitudinal extension of the passenger transport device, and the at least one slide bearing having an upper slide and a lower slide, characterized in that a run-on ramp is formed on each side edge of the upper slide directed towards a rolling element, which run-on ramp is used to run the upper slide on the rolling element, so that after a lateral, horizontal movement of the second end, the upper slide is at least partially lifted from the lower slide.
A board inspection apparatus system comprising: a first apparatus configured to acquire first three-dimensional information of a solder paste formed on a board, and configured to inspect whether the solder paste is formed good or bad by a predetermined first tolerance based on the first three-dimensional information, wherein the first tolerance include at least one of a volume scope of the solder paste, a position scope of the solder paste and a bridge shape scope; a second apparatus (220, 222) configured to acquire second three-dimensional information for inspecting whether an electronic component that is mounted on the board having the solder paste formed thereon is mounted good or bad, and configured to inspect whether the electronic component is mounted good or bad by a predetermined second tolerance based on the second three-dimensional information, wherein the second tolerance include at least one of an offset scope of a mounted position of the electronic component, a shape scope of solder joint, and a curvature scope according to a position of the solder joint; a database configured to store the first three-dimensional information of the first apparatus and the second three-dimensional information of the second apparatus; and an alarm-generating apparatus configured to receive the first three-dimensional information and the second three-dimensional information from the database, and configured to generate an alarm message to modify the first tolerance in case that the second three-dimensional information is beyond the second tolerance. a first apparatus configured to acquire first three-dimensional information of a solder paste formed on a board, and configured to inspect whether the solder paste is formed good or bad by a predetermined first tolerance based on the first three-dimensional information, wherein the first tolerance include at least one of a volume scope of the solder paste, a position scope of the solder paste and a bridge shape scope; a second apparatus (220, 222) configured to acquire second three-dimensional information for inspecting whether an electronic component that is mounted on the board having the solder paste formed thereon is mounted good or bad, and configured to inspect whether the electronic component is mounted good or bad by a predetermined second tolerance based on the second three-dimensional information, wherein the second tolerance include at least one of an offset scope of a mounted position of the electronic component, a shape scope of solder joint, and a curvature scope according to a position of the solder joint; a database configured to store the first three-dimensional information of the first apparatus and the second three-dimensional information of the second apparatus; and an alarm-generating apparatus configured to receive the first three-dimensional information and the second three-dimensional information from the database, and configured to generate an alarm message to modify the first tolerance in case that the second three-dimensional information is beyond the second tolerance.
A filtration device comprising: a housing that defines a liquid flow path; and a filtration sheet that separates the liquid flow path into a flow path upstream side and a flow path downstream side, wherein the housing includes a first housing member and a second housing member that sandwich the filtration sheet, and a joining member that joins the first housing member and the second housing member in a state in which the filtration sheet is sandwiched between the first housing member and the second housing member, the first housing member and the second housing member are not in contact with each other at a position on an outer side relative to an outer edge (21d, 31d) of the filtration sheet, and the joining member seals a gap between the first housing member and the second housing member at the position on the outer side relative to the outer edge (2Id, 31d) of the filtration sheet, characterized in that the filtration sheet includes an outer edge portion located on an outer side relative to a sandwiched portion sandwiched by the first housing member and the second housing member in a plan view in a thickness direction, the joining member is joined to the outer edge portion of the filtration sheet, and the material for the first housing, the second housing and the joining member is the same resin material. a housing that defines a liquid flow path; and a filtration sheet that separates the liquid flow path into a flow path upstream side and a flow path downstream side, wherein the housing includes a first housing member and a second housing member that sandwich the filtration sheet, and a joining member that joins the first housing member and the second housing member in a state in which the filtration sheet is sandwiched between the first housing member and the second housing member, a first housing member and a second housing member that sandwich the filtration sheet, and a joining member that joins the first housing member and the second housing member in a state in which the filtration sheet is sandwiched between the first housing member and the second housing member, the first housing member and the second housing member are not in contact with each other at a position on an outer side relative to an outer edge (21d, 31d) of the filtration sheet, and the joining member seals a gap between the first housing member and the second housing member at the position on the outer side relative to the outer edge (2Id, 31d) of the filtration sheet, the filtration sheet includes an outer edge portion located on an outer side relative to a sandwiched portion sandwiched by the first housing member and the second housing member in a plan view in a thickness direction, the joining member is joined to the outer edge portion of the filtration sheet, and the material for the first housing, the second housing and the joining member is the same resin material.
An installation box for accommodating an electrical installation device, the installation box comprising a distal end part having an essentially cylindrical compartment adapted for accommodating at least partially said electrical installation device, where the compartment has predetermined internal and external diameters, and a proximal end part comprising a proximal end surface and a recess in said end surface, where said proximal end surface constitutes a plane surface surrounding said recess, said recess having dimensions across said proximal end surface, which are larger than said external diameter of the essentially cylindrical compartment, characterized in that the perimeter of said proximal end surface is circular, and the recess is adapted for accommodating said electrical installation device.
A device comprising: a drive unit configured to drive a door; a transmission mechanism that transmits a driving force of the drive unit to the door; and a state determination device (20; 50), comprising: a first acquisition unit (21; 51) obtaining driving force information regarding the driving force of the drive unit; a second acquisition unit (22; 52) obtaining a load on the transmission mechanism; and a determination unit (24; 54) determining whether there is deterioration of a transmission path of the driving force from the drive unit to the door based on the driving force information obtained by the first acquisition unit (21; 51) and the load obtained by the second acquisition unit (22; 52). a drive unit configured to drive a door; a transmission mechanism that transmits a driving force of the drive unit to the door; and a state determination device (20; 50), comprising: a first acquisition unit (21; 51) obtaining driving force information regarding the driving force of the drive unit; a second acquisition unit (22; 52) obtaining a load on the transmission mechanism; and a determination unit (24; 54) determining whether there is deterioration of a transmission path of the driving force from the drive unit to the door based on the driving force information obtained by the first acquisition unit (21; 51) and the load obtained by the second acquisition unit (22; 52). a first acquisition unit (21; 51) obtaining driving force information regarding the driving force of the drive unit; a second acquisition unit (22; 52) obtaining a load on the transmission mechanism; and a determination unit (24; 54) determining whether there is deterioration of a transmission path of the driving force from the drive unit to the door based on the driving force information obtained by the first acquisition unit (21; 51) and the load obtained by the second acquisition unit (22; 52).