mhurhangee/ep-ind-claims huggingface dataset:
A current generating device that supplies a current simulating a current flowing when lightning occurs to a test piece subjected to a lightning resistance test using power supplied from a power supply device, the current generating device comprising: electric double-layer capacitors (C1 to C4) that store and discharge power supplied from the power supply device; a semiconductor switch that switches between supplying and not supplying the power stored in the electric double-layer capacitors (C1 to C4) to the test piece; and a protection unit that is connected between the semiconductor switch and the test piece and that cuts the connection between the semiconductor switch and the test piece when a current which flows back from the test piece and which is larger than a predetermined value flows through the semiconductor switch. electric double-layer capacitors (C1 to C4) that store and discharge power supplied from the power supply device; a semiconductor switch that switches between supplying and not supplying the power stored in the electric double-layer capacitors (C1 to C4) to the test piece; and a protection unit that is connected between the semiconductor switch and the test piece and that cuts the connection between the semiconductor switch and the test piece when a current which flows back from the test piece and which is larger than a predetermined value flows through the semiconductor switch.
An air mattress with an internal pump, comprising: a plurality of air cell groups lined up in a lengthwise direction of the air mattress, each of which groups is made from a plurality of bladder-shaped cells; an air supply/release pump; and an air tube linking said air cell groups and said air supply/release pump in an independent system for each air cell group of two or more air cell groups out of said air cell groups; wherein all of the bladder-shaped cells of said air cell groups are rod-shaped cells extending in a widthwise direction of the air mattress, and each of said air cell groups is configured so that the bladder-shaped cells are lined up in the lengthwise direction of the air mattress; the bladder-shaped cells of the air cell groups other than the air cell groups corresponding to a heel area of a person lying on the air mattress extend to an edge of said air mattress; the length of the bladder-shaped cells of the air cell groups corresponding to said heel area is up to 30% less than that of the other bladder-shaped cells, and a space is left between the cells and the edge of said air mattress; and said air supply/release pump is disposed in said space. a plurality of air cell groups lined up in a lengthwise direction of the air mattress, each of which groups is made from a plurality of bladder-shaped cells; an air supply/release pump; and an air tube linking said air cell groups and said air supply/release pump in an independent system for each air cell group of two or more air cell groups out of said air cell groups;
An electrohydraulic device comprising: an extender comprising a first section and a second section, wherein the first section is arranged to be axially translated relative to the second section by hydraulic fluid; and drive means arranged on an outside of the extender, said means comprising an electric motor and a pump, wherein the electric motor is fitted around a part of the extender and includes a rotor comprising an annular body which encircles or surrounds said part of the extender and is arranged to rotate about said part of the extender, wherein the pump has a drive shaft and the rotor is arranged to drive the pump for pumping and supplying the hydraulic fluid for operating the extender, and characterised in that the rotor is coupled to the drive shaft through a gear arrangement comprising gears which have a gear ratio therebetween. an extender comprising a first section and a second section, wherein the first section is arranged to be axially translated relative to the second section by hydraulic fluid; and drive means arranged on an outside of the extender, said means comprising an electric motor and a pump, wherein the electric motor is fitted around a part of the extender and includes a rotor comprising an annular body which encircles or surrounds said part of the extender and is arranged to rotate about said part of the extender, wherein the pump has a drive shaft and the rotor is arranged to drive the pump for pumping and supplying the hydraulic fluid for operating the extender, and characterised in that the rotor is coupled to the drive shaft through a gear arrangement comprising gears which have a gear ratio therebetween.
A connecting rod for an internal combustion engine of a straddle-type vehicle, the connecting rod being of a split type being made of a titanium alloy, the connecting rod comprising: a rod main body; a small end provided at one end of the rod main body; and a big end provided at another end of the rod main body, the big end being fracture-split into a rod portion continuing from the other end of the rod main body, and a cap portion for coupling to the rod portion with a bolt or fixing member, wherein the rod portion and/or the cap portion include at least one rising or protruding portion protruding from an edge of a fractured surface, each rising or protruding portion having a height that is greater than the level differences of the minute ruggednesses on the fractured surface, the at least one rising or protruding portion having a height of 0.4 mm or more; wherein the at least one rising or protruding portion includes a rising or protruding portion protruding from the edge of a thrust surface of the big end, and/or wherein the big end has a bolt hole or fixing hole in which the bolt or fixing member is to be screwed, located or fixed, and the at least one rising or protruding portion includes a rising or protruding portion located in a neighbourhood of, toward, proximate or adjacent the bolt hole or fixing hole. a rod main body; a small end provided at one end of the rod main body; and a big end provided at another end of the rod main body, the big end being fracture-split into a rod portion continuing from the other end of the rod main body, and a cap portion for coupling to the rod portion with a bolt or fixing member, wherein the rod portion and/or the cap portion include at least one rising or protruding portion protruding from an edge of a fractured surface, each rising or protruding portion having a height that is greater than the level differences of the minute ruggednesses on the fractured surface, the at least one rising or protruding portion having a height of 0.4 mm or more; wherein the at least one rising or protruding portion includes a rising or protruding portion protruding from the edge of a thrust surface of the big end, and/or wherein the big end has a bolt hole or fixing hole in which the bolt or fixing member is to be screwed, located or fixed, and the at least one rising or protruding portion includes a rising or protruding portion located in a neighbourhood of, toward, proximate or adjacent the bolt hole or fixing hole.
A device for laparoscopic surgery comprising: an introducer rod or delivery system comprising an introducer; an end effector including a working tool for performing a surgical task, and a rotating-locking element comprising a first connector and a second connector, and wherein the end effector is attached to the working tool; and a control element comprising a control shaft including a distal end for introduction into a target site; wherein the first connector is configured to releasably attach the end effector to the introducer outside of a target site such that the introducer can deliver the end effector into the target site, and wherein the second connector is configured to releasably attach the end effector to the distal end of the control shaft of the control element in the target site. an introducer rod or delivery system comprising an introducer; an end effector including a working tool for performing a surgical task, and a rotating-locking element comprising a first connector and a second connector, and wherein the end effector is attached to the working tool; and a control element comprising a control shaft including a distal end for introduction into a target site; wherein the first connector is configured to releasably attach the end effector to the introducer outside of a target site such that the introducer can deliver the end effector into the target site, and wherein the second connector is configured to releasably attach the end effector to the distal end of the control shaft of the control element in the target site.
A heat exchanger having an internal conduct for conducting a fluid, and having a heat dissipating body (12, 12') for dissipating heat of the fluid, wherein the heat dissipating body (12, 12') having a cavity (14, 14') extending in a longitudinal direction, at least one end piece of the internal conduct extending inside of the cavity (14, 14'), the end piece having an orifice facing a bottom surface of the cavity (14, 14'), for feeding the fluid into a bottom area of the cavity (14, 14'), wherein between an outer shell of the internal conduct and an inner shell (20, 20') of the heat dissipating body (12, 12') a streaming space for conducting the fluid away from the bottom is provided, the streaming space extending in the longitudinal direction wherein the inner shell (20, 20') of the heat dissipating body (12, 12') comprising: - a first portion having at least two ribs transversally displaced in relation to each other; and - adjacent to the first portion a second portion having at least two ribs transversally displaced in relation to each other; at least one rib of the second portion being transversally displaced in relation to each rib of the first portion or at least one rib of the first portion being transversally displaced in relation to each rib of the second portion and wherein the ribs of the first portion and the ribs of the second portion each are elongate, characterized in that the ribs of the first portion and the ribs of the second portion each extend in the longitudinal direction. - a first portion having at least two ribs transversally displaced in relation to each other; and - adjacent to the first portion a second portion having at least two ribs transversally displaced in relation to each other;
Walking frame (G1, G2) with four wheels (HR1, HR2, VR1, VR2) wherein - the wheels (HR1, HR2, VR1, VR2) are spring-mounted, - the walking frame has front wheels (VR1, VR2) and rear wheels (HR1, HR2), and - the front wheels (VR1, VR2) are of a larger diameter than the rear wheels (HR1, HR2), characterised in that - the walking frame (G1, G2) has leaf springs (B1, B2), - a first leaf spring is clamped in a first clamping point on a rigid base unit of the walking frame and guides a rear wheel, - a second leaf spring is clamped in a second clamping point on a flexibly supported base unit and guides a front wheel, - the leaf springs (B1, B2) each have a spring excursion (FW1, FW2), and - the spring excursion of a rear wheel is larger than the spring excursion of a front wheel. - the wheels (HR1, HR2, VR1, VR2) are spring-mounted, - the walking frame has front wheels (VR1, VR2) and rear wheels (HR1, HR2), and - the front wheels (VR1, VR2) are of a larger diameter than the rear wheels (HR1, HR2), - the walking frame (G1, G2) has leaf springs (B1, B2), - a first leaf spring is clamped in a first clamping point on a rigid base unit of the walking frame and guides a rear wheel, - a second leaf spring is clamped in a second clamping point on a flexibly supported base unit and guides a front wheel, - the leaf springs (B1, B2) each have a spring excursion (FW1, FW2), and - the spring excursion of a rear wheel is larger than the spring excursion of a front wheel.
A method for performing cell reselection while in a Cell_FACH state when a target cell supports Enhanced Cell FACH, performed by a wireless transmit/receive unit, WTRU, the method comprising: selecting a target cell that supports Enhanced Cell_FACH (202; 402); reading system information broadcast from the target cell, the system information comprising a common high speed downlink shared channel, HS-DSCH, radio network temporary identity, H-RNTI; clearing an H-RNTI received from a source cell; clearing a cell RNTI, C-RNTI, received from the source cell; resetting an HS-DSCH medium access control, MAC-ehs, entity configured in the source cell; configuring a MAC-ehs entity based on the system information comprising the common H-RNTI; configuring a high speed downlink packet access, HSDPA, communication based on the system information comprising the common H-RNTI, and receiving a high speed downlink packet access, HSDPA, transmission in the target cell. selecting a target cell that supports Enhanced Cell_FACH (202; 402); reading system information broadcast from the target cell, the system information comprising a common high speed downlink shared channel, HS-DSCH, radio network temporary identity, H-RNTI; clearing an H-RNTI received from a source cell; clearing a cell RNTI, C-RNTI, received from the source cell; resetting an HS-DSCH medium access control, MAC-ehs, entity configured in the source cell; configuring a MAC-ehs entity based on the system information comprising the common H-RNTI; configuring a high speed downlink packet access, HSDPA, communication based on the system information comprising the common H-RNTI, and receiving a high speed downlink packet access, HSDPA, transmission in the target cell.
An ultrasonic sensor for a vehicle parking assistance system or an assisted vehicle-reversing system, comprising: an outer housing, which contains a printed circuit board; a casing placed in the outer housing, in which a piezoelectric element is disposed; and a sealing ring, which is disposed between the casing and the outer housing so as to seal both bottom and periphery of the casing; characterized in that, at least one aperture is disposed on a top surface of the outer housing and the aperture is determined to be filled with adhesive by injection of the adhesive through the aperture to fix the sealing ring to the outer housing. an outer housing, which contains a printed circuit board; a casing placed in the outer housing, in which a piezoelectric element is disposed; and a sealing ring, which is disposed between the casing and the outer housing so as to seal both bottom and periphery of the casing; characterized in that, at least one aperture is disposed on a top surface of the outer housing and the aperture is determined to be filled with adhesive by injection of the adhesive through the aperture to fix the sealing ring to the outer housing.
Building panel, in particular wall or ceiling panel, with high sound absorption properties, which comprises at least three planar layers bonded to one another, namely a first layer on the interior side and on the visible side with recesses spaced apart from one another, at least one middle, second layer with honeycomb structure arranged behind or under the first layer and having a plurality of areally arranged cells with walls aligned substantially perpendicularly to the surface extension of the first layer, and a rear, third layer areally adjoining the same, wherein the first layer, which is on the sound or viewing side, has a plurality of sound entry and transit recesses which penetrate it fully and are of substantially elongated-narrow slot-like design, and extend from one side or edge of the first layer to the side or edge opposite the same, wherein the next, areally adjoining, middle, second layer is formed with two partial layers (22, 23), - namely a honeycomb structure sublayer and an acoustically damping flow resistance sublayer - which adjoins the honeycomb structure sublayer on a different side and faces in the opposite direction with respect to the first layer; - which areally adjoins the rear-facing third layer; - wherein this acoustically damping flow resistance sublayer is formed with or from a sound-absorbing, preferably foil- or fleece-like, optionally fibrous layer, and/or porous and/or foamed material, - wherein the visible-side, first layer is formed from or with a renewable lignocellulosic material, preferably with natural wood or bamboo or with a wood or plant fibre or particle material, and wherein the provided rear side, third layer is formed from the same or a similar material as the visible-side, first layer, wherein the same is formed with recesses of the same size and/or shape as the recesses of the visible side, first layer, which fully penetrate the same. - namely a honeycomb structure sublayer and an acoustically damping flow resistance sublayer - which adjoins the honeycomb structure sublayer on a different side and faces in the opposite direction with respect to the first layer; - which areally adjoins the rear-facing third layer; - wherein this acoustically damping flow resistance sublayer is formed with or from a sound-absorbing, preferably foil- or fleece-like, optionally fibrous layer, and/or porous and/or foamed material, - wherein the visible-side, first layer is formed from or with a renewable lignocellulosic material, preferably with natural wood or bamboo or with a wood or plant fibre or particle material, and wherein the provided rear side, third layer is formed from the same or a similar material as the visible-side, first layer, wherein the same is formed with recesses of the same size and/or shape as the recesses of the visible side, first layer, which fully penetrate the same.
Ironing device comprising an ironing board comprising two opposite faces which are parallel to each other and against which a garment to be ironed can be arranged for treatment by means of a straightening and/or ironing tool, said board extending in a longitudinal direction over a length L, characterised in that the board is mounted so as to pivot about a first pivot pin which extends between a front panel defining one of the faces of the board, and a rear panel defining the other face of the board, said first pin extending transversely to the longitudinal direction L.
An engine mount (100, 102, 104, 106, 108) device comprising: a housing (120, 200, 290); a carrier (140, 220) that is at least partially inside the housing (120, 200, 290), the carrier (140, 220) comprising a hole (142, 222) through at least a partial thickness of the carrier (140, 220), the hole (142, 222) being configured to receive a trunnion pin; and at least one flexure (160, 160C, 240, 280) connecting the carrier (140, 220) to the housing (120, 200, 290), wherein the at least one flexure (160, 160C, 240, 280) is configured to provide higher stiffness in one or more radial directions of the hole (142, 222) compared to a stiffness provided in an axial direction of the hole (142, 222); and wherein the housing (120, 200, 290) and/or the carrier (140, 220) comprise one or more snubbing surfaces (134- 136, 154-156, 214-216, 234-236) configured to limit a deflection of the carrier (140, 220) relative to the housing (120, 200, 290). a housing (120, 200, 290); a carrier (140, 220) that is at least partially inside the housing (120, 200, 290), the carrier (140, 220) comprising a hole (142, 222) through at least a partial thickness of the carrier (140, 220), the hole (142, 222) being configured to receive a trunnion pin; and at least one flexure (160, 160C, 240, 280) connecting the carrier (140, 220) to the housing (120, 200, 290), wherein the at least one flexure (160, 160C, 240, 280) is configured to provide higher stiffness in one or more radial directions of the hole (142, 222) compared to a stiffness provided in an axial direction of the hole (142, 222); and wherein the housing (120, 200, 290) and/or the carrier (140, 220) comprise one or more snubbing surfaces (134- 136, 154-156, 214-216, 234-236) configured to limit a deflection of the carrier (140, 220) relative to the housing (120, 200, 290).
An article of footwear comprising: a sole structure including a heel cushioning unit; wherein the heel cushioning unit has a top portion, a bottom portion, a body portion connecting the top portion to the bottom portion, medial support fins in a medial side recess defined by the heel cushioning unit at a medial side of the heel cushioning unit and lateral support fins in a lateral side recess defined by the heel cushioning unit at a lateral side of the heel cushioning unit, both the medial support fins and the lateral support fins extending transversely outward from the body portion and extending from the top portion to the bottom portion; wherein the heel cushioning unit defines a through hole extending from the medial side to the lateral side and disposed rearward of the medial support fins and the lateral support fins; characterised in that the heel cushioning unit defines a rear wall enclosing the through hole rearward of the through hole and extending from the top portion and to the bottom portion of the heel cushioning unit. a sole structure including a heel cushioning unit; wherein the heel cushioning unit has a top portion, a bottom portion, a body portion connecting the top portion to the bottom portion, medial support fins in a medial side recess defined by the heel cushioning unit at a medial side of the heel cushioning unit and lateral support fins in a lateral side recess defined by the heel cushioning unit at a lateral side of the heel cushioning unit, both the medial support fins and the lateral support fins extending transversely outward from the body portion and extending from the top portion to the bottom portion; wherein the heel cushioning unit defines a through hole extending from the medial side to the lateral side and disposed rearward of the medial support fins and the lateral support fins; characterised in that the heel cushioning unit defines a rear wall enclosing the through hole rearward of the through hole and extending from the top portion and to the bottom portion of the heel cushioning unit.
An Echelle diffraction grating comprising a plurality of gratings, each of which has an asymmetrical triangular shape on a section in which the plurality of gratings are arranged, wherein each grating includes a resin layer made of light curing resin, and a reflective coating layer formed on the resin layer, and made of aluminum, and wherein each grating receives and diffracts the incident light on a blazed surface corresponding to a short side of the asymmetrical triangular shape, characterized in that an apex angle between the blazed surface and a counter surface corresponding to a long side of the asymmetrical triangular shape is between 85° and 90°, a blaze angle between the blazed surface and a lattice plane is a second blaze angle smaller than a first blaze angle that maximizes diffraction efficiency of a set blazed order for incident light of a wavelength of 193.3 nm, and the following conditional expression is satisfied where bd denotes the first blaze angle, and ba denotes the second blaze angle: 0.25 ° ≤ bd − ba ≤ 1.2 °. wherein each grating includes a resin layer made of light curing resin, and a reflective coating layer formed on the resin layer, and made of aluminum, and wherein each grating receives and diffracts the incident light on a blazed surface corresponding to a short side of the asymmetrical triangular shape, characterized in that an apex angle between the blazed surface and a counter surface corresponding to a long side of the asymmetrical triangular shape is between 85° and 90°, a blaze angle between the blazed surface and a lattice plane is a second blaze angle smaller than a first blaze angle that maximizes diffraction efficiency of a set blazed order for incident light of a wavelength of 193.3 nm, and the following conditional expression is satisfied where bd denotes the first blaze angle, and ba denotes the second blaze angle: 0.25 ° ≤ bd − ba ≤ 1.2 °.