mhurhangee/ep-ind-claims huggingface dataset:
A target usable as laser target in high energy laser-physics comprising a layer made of metal (166, 588), wherein the metal is selected from the group consisting of Au, Ti, Cu, Mo, Ni, Pd, Pt, Ta, W and Ag, characterised in that the layer made of metal defines a surface of a hollow interior cavity, the surface of the interior cavity defining an internal apex (102, 162) and a base, wherein the surface of the interior cavity comprises two opposing points proximate the internal apex (102, 162) being separated by a distance of less than about 15 μm so that the target has a tip sharpness of less than about 15 μm.
A shovel comprising: a lower traveling body; an upper rotating body rotatably mounted on the lower traveling body; a cab mounted on the upper rotating body; a left monitor mounted on a left pillar inside the cab; a right monitor mounted on a right pillar inside the cab; a left camera configured to capture an image of an area on a left side of the upper rotating body; a right camera configured to capture an image of an area on a right side of the upper rotating body; and a controller configured to control both the left monitor and the right monitor, wherein the controller is configured to cause the left monitor to continuously display a mirror image generated from the image captured by the left camera, and to cause the right monitor to continuously display a mirror image generated from the image captured by the right camera. a lower traveling body; an upper rotating body rotatably mounted on the lower traveling body; a cab mounted on the upper rotating body; a left monitor mounted on a left pillar inside the cab; a right monitor mounted on a right pillar inside the cab; a left camera configured to capture an image of an area on a left side of the upper rotating body; a right camera configured to capture an image of an area on a right side of the upper rotating body; and a controller configured to control both the left monitor and the right monitor, wherein the controller is configured to cause the left monitor to continuously display a mirror image generated from the image captured by the left camera, and to cause the right monitor to continuously display a mirror image generated from the image captured by the right camera.
A film-coated tablet obtained by film coating an uncoated tablet comprising citric acid anhydride having a particle size distribution x99 of less than 210 μm or citric acid hydrate having a particle size distribution x99 of less than 210 μm, and α-tocopherol, wherein particle size is measured by laser diffraction.
A thermoplastic molding composition consisting of 90 to 60 percent aromatic (co)polycarbonate, 5 to 30 percent bromine-substituted oligocarbonate, wherein the oligocarbonate conforms structurally to where n is 3 to 5, and 0.04 to 0.2 percent alkali or alkaline-earth salt of perfluoroalkane sulfonic acid, and one or more conventional functional additives selected from the group of antistatic agents, antioxidants, lubricants, mold release agents, colorants, optical brighteners and UV stabilizers, the percents all occurrences being relative to the weight of the composition. where n is 3 to 5, and 0.04 to 0.2 percent alkali or alkaline-earth salt of perfluoroalkane sulfonic acid, and one or more conventional functional additives selected from the group of antistatic agents, antioxidants, lubricants, mold release agents, colorants, optical brighteners and UV stabilizers,
A metallized plastic article comprising: a plastic substrate; and a metal plating layer formed on surface of the plastic substrate; wherein a surface layer of the plastic substrate covered by the metal plating layer is formed by a plastic composition, the plastic composition comprises: a base resin; and a doped tin oxide dispersed in the base resin; and wherein a doping element of the doped tin oxide is at least one selected from a group consisting of cerium and lanthanum. a plastic substrate; and a metal plating layer formed on surface of the plastic substrate; wherein a surface layer of the plastic substrate covered by the metal plating layer is formed by a plastic composition, the plastic composition comprises: a base resin; and a doped tin oxide dispersed in the base resin; and wherein a doping element of the doped tin oxide is at least one selected from a group consisting of cerium and lanthanum. a base resin; and a doped tin oxide dispersed in the base resin; and wherein a doping element of the doped tin oxide is at least one selected from a group consisting of cerium and lanthanum.
A pneumatic tire having a tread portion, wherein a shoulder main groove extending in a tire circumferential direction at each tread edge (Te) side and a shoulder land portion demarcated between the tread edge (Te) and the shoulder main groove are provided in the tread portion, the shoulder land portion is divided into an inner land portion at the shoulder main groove side and an outer land portion at the tread edge (Te) side by a circumferential sipe being provided so as to continuously extend in the tire circumferential direction and have a width of not greater than 2 mm, a plurality of inner shoulder axial grooves that communicate between the shoulder main groove and the circumferential sipe are provided in the inner land portion, a plurality of outer shoulder axial grooves that communicate between the tread edge (Te) and the circumferential sipe are provided in the outer land portion, an inner end portion, in a tire axial direction, of each outer shoulder axial groove is provided at a position that does not intersect a region obtained by imaginarily extending an outer end portion, in the tire axial direction, of the inner shoulder axial groove along the tire axial direction, a first crown land portion adjacent to the shoulder land portion across the shoulder main groove is provided in the tread portion, and a crown axial groove traversing the first crown land portion is provided in the first crown land portion, characterized in that an outer end portion, at the shoulder main groove side, of the crown axial groove is provided at a position that intersects a region obtained by imaginarily extending an inner end portion, at the shoulder main groove side, of the inner shoulder axial groove along the tire axial direction, and the crown axial groove includes a first region and second regions that are provided at both sides, in the tire axial direction, of the first region, respectively and each have a smaller groove depth than the first region.
An insulated gate bipolar transistor, comprising: a silicon carbide substrate having a first conductivity type; a silicon carbide epitaxial drift layer having a second conductivity type opposite the first conductivity type; a well region in the drift layer and having the first conductivity type; a silicon carbide epitaxial channel adjustment layer on the drift layer and having the second conductivity type; an emitter region extending from a surface of the epitaxial channel adjustment layer through the epitaxial channel adjustment layer and into the well region, the emitter region having the second conductivity type and at least partially defining a channel region in the well region adjacent to the emitter region; a gate oxide layer on the channel region; a gate on the gate oxide layer; characterised by comprising a connector region of the first conductivity type extending from a surface of the channel adjustment layer into the well region; a first ohmic contact on the connector region; a second ohmic contact on this emitter region and comprising a material different from the first ohmic contact; and a metal overlayer electrically connecting the first ohmic contact and the second ohmic contact. a silicon carbide substrate having a first conductivity type; a silicon carbide epitaxial drift layer having a second conductivity type opposite the first conductivity type; a well region in the drift layer and having the first conductivity type; a silicon carbide epitaxial channel adjustment layer on the drift layer and having the second conductivity type; an emitter region extending from a surface of the epitaxial channel adjustment layer through the epitaxial channel adjustment layer and into the well region, the emitter region having the second conductivity type and at least partially defining a channel region in the well region adjacent to the emitter region; a gate oxide layer on the channel region; a gate on the gate oxide layer; characterised by comprising a connector region of the first conductivity type extending from a surface of the channel adjustment layer into the well region; a first ohmic contact on the connector region; a second ohmic contact on this emitter region and comprising a material different from the first ohmic contact; and a metal overlayer electrically connecting the first ohmic contact and the second ohmic contact.
A communications system comprising: a holder; a first near-field communication, NFC, device carried by said holder; and a mobile device comprising a housing configured to be removably positioned within said holder, a second NFC device carried by said housing and configured to communicate with said first NFC device via NFC communications, and a controller carried by said housing and coupled to said second NFC device and configured to operate said second NFC device to scan for said first NFC device in a first mode using electromagnetic, EM, carrier field pulses of a first duration when said housing is removed from said holder, and to operate said second NFC device in a second mode using EM carrier field pulses of a second duration shorter than the first duration based upon communication with said first NFC device when said housing is positioned within said holder, the second mode having a lower power consumption level associated therewith than the first mode. a holder; a first near-field communication, NFC, device carried by said holder; and a mobile device comprising a housing configured to be removably positioned within said holder, a second NFC device carried by said housing and configured to communicate with said first NFC device via NFC communications, and a controller carried by said housing and coupled to said second NFC device and configured to operate said second NFC device to scan for said first NFC device in a first mode using electromagnetic, EM, carrier field pulses of a first duration when said housing is removed from said holder, and to operate said second NFC device in a second mode using EM carrier field pulses of a second duration shorter than the first duration based upon communication with said first NFC device when said housing is positioned within said holder, the second mode having a lower power consumption level associated therewith than the first mode. a housing configured to be removably positioned within said holder, a second NFC device carried by said housing and configured to communicate with said first NFC device via NFC communications, and a controller carried by said housing and coupled to said second NFC device and configured to operate said second NFC device to scan for said first NFC device in a first mode using electromagnetic, EM, carrier field pulses of a first duration when said housing is removed from said holder, and to operate said second NFC device in a second mode using EM carrier field pulses of a second duration shorter than the first duration based upon communication with said first NFC device when said housing is positioned within said holder, the second mode having a lower power consumption level associated therewith than the first mode.
Rotating electric machine, having a stator disposed in a housing and a rotor rotatably supported by a shaft about an axis of rotation, wherein the housing has a circumferential wall and two axially opposing end walls (14, 16) formed as bearing flanges having rotary bearings for the shaft, and wherein two cooling fan impellers (20, 22) are connected to the shaft, specifically on the one hand an inner cooling fan impeller inside the housing, which upon rotation generates an inner cooling air circuit inside the housing, and on the other hand an outer cooling fan impeller outside the housing, which upon rotation generates an outer cooling air flow flowing over the housing, wherein the first end wall disposed on the side of the outer cooling fan impeller has an outer cooling rib geometry on its outer side facing towards the outer cooling fan impeller as well as an inner cooling rib geometry on its opposing inner side, wherein the outer cooling fan impeller is formed as a radial impeller with radial blades, wherein on the first end wall a cap-like cover is fitted - overlapping the cooling rib geometry of the first end wall and the cooling fan impeller - which has a central air inlet opening in a cap wall perpendicular to the axis of rotation and circumferentially surrounds the first end wall with an axial circumferential edge extending from the cap wall, wherein the outer cooling fan impeller in conjunction with the cover is formed such that upon rotation, air drawn in axially through the air inlet opening of the cover flows radially outwards through the outer cooling rib geometry and is redirected in an axial direction in the radially outer region by the cover and flows on the outside over the housing circumferential wall, characterised in that the first end wall is formed with a high thermal conductivity of at least 100 ⁢ W m ⋅ K and the outer cooling rib geometry of the first end wall is formed, in a radially inner region of the first end wall, which region is covered by the outer cooling fan impeller upon rotation, of pin-like cooling projections projecting axially into the vicinity of the cooling fan impeller, and is formed, in a region of the first end wall which is radially outwardly adjacent to the rotation region of the outer cooling fan impeller, of pin-like cooling projections projecting axially up to the cover, and is formed, in a radially outer region of the first end wall, of wing-shaped axially and radially oriented rib projections which lie in the inner transition region between the cap wall and the circumferential edge of the cover.
A tire comprising: a circumferential tread having an outer tread surface and an inner innerliner surface; at least two spaced-apart beads; sidewall portions extending between the tread and the beads; and an adhesively secured noise damper which lines an inner surface of the tire and terminal ends of the noise damper are cut at an angle of less than 90 degrees, and overlap each other; the tire is characterized in that said noise damper is a trapezoid shaped noise damper having a cross sectional shape of trapezoid in a longitudinal direction and having a shorter inner surface and a longer outer surface, and said longer outer surface is coated with an adhesive to adhere it to the tire. a circumferential tread having an outer tread surface and an inner innerliner surface; at least two spaced-apart beads; sidewall portions extending between the tread and the beads; and an adhesively secured noise damper which lines an inner surface of the tire and terminal ends of the noise damper are cut at an angle of less than 90 degrees, and overlap each other; the tire is characterized in that said noise damper is a trapezoid shaped noise damper having a cross sectional shape of trapezoid in a longitudinal direction and having a shorter inner surface and a longer outer surface, and said longer outer surface is coated with an adhesive to adhere it to the tire.
A method of attaching metal oxide particles to the surface of cellulose ester fibers, comprising: contacting cellulose ester fibers with a mixture comprising metal oxide particles dispersed in a protic liquid to attach the metal oxide particles on the surface of the fibers, wherein the mixture is substantially free of plasticizer. contacting cellulose ester fibers with a mixture comprising metal oxide particles dispersed in a protic liquid to attach the metal oxide particles on the surface of the fibers, wherein the mixture is substantially free of plasticizer.
A cannula assembly comprising: a cannula housing; a cannula sleeve extending distally form the cannula housing; and a seal assembly disposed in mechanical cooperation with the cannula housing the seal assembly comprising: a seal housing defining a central longitudinal axis (b) and having proximal and distal ends, the seal housing including an inner wall defining an opening to permit passage of instrumentation through the seal housing; and a gimbal mount disposed within the seal housing, the gimbal mount including a seal member defining an aperture for substantial sealed reception of a surgical instrument, the gimbal mount adapted for angular movement within the seal housing about an axis of rotation, the gimbal mount configured for reception of a seal; characterised in that the seal assembly further comprises a skirt member engageable with a peripheral portion of the gimbal mount, the skirt member dimensioned to bias the gimbal mount in a proximal direction against the seal housing, wherein the seal housing defines a distal angulating surface, and the gimbal mount defines an interior surface corresponding to the distal angulating surface of the seal housing and in contacting relation therewith, the interior surface traversing the distal angulating surface upon angular movement of the gimbal mount. a cannula housing; a cannula sleeve extending distally form the cannula housing; and a seal assembly disposed in mechanical cooperation with the cannula housing the seal assembly comprising: a seal housing defining a central longitudinal axis (b) and having proximal and distal ends, the seal housing including an inner wall defining an opening to permit passage of instrumentation through the seal housing; and a gimbal mount disposed within the seal housing, the gimbal mount including a seal member defining an aperture for substantial sealed reception of a surgical instrument, the gimbal mount adapted for angular movement within the seal housing about an axis of rotation, the gimbal mount configured for reception of a seal; a seal housing defining a central longitudinal axis (b) and having proximal and distal ends, the seal housing including an inner wall defining an opening to permit passage of instrumentation through the seal housing; and a gimbal mount disposed within the seal housing, the gimbal mount including a seal member defining an aperture for substantial sealed reception of a surgical instrument, the gimbal mount adapted for angular movement within the seal housing about an axis of rotation, the gimbal mount configured for reception of a seal; characterised in that the seal assembly further comprises a skirt member engageable with a peripheral portion of the gimbal mount, the skirt member dimensioned to bias the gimbal mount in a proximal direction against the seal housing, wherein the seal housing defines a distal angulating surface, and the gimbal mount defines an interior surface corresponding to the distal angulating surface of the seal housing and in contacting relation therewith, the interior surface traversing the distal angulating surface upon angular movement of the gimbal mount.
An inflatable ventilation or heating/cooling mattress comprising a directed upwardly first side, a second side, a pump and an air inlet, wherein: - the directed upwardly first side has an air permeability of 15-800 m 3 /m 2 /h at 120 Pa, - the second side is at least substantially air impermeable, and - the pump is configured to provide air to the air inlet, characterized in that during use an air pressure within the mattress is of 5-50Pa. - the directed upwardly first side has an air permeability of 15-800 m 3 /m 2 /h at 120 Pa, - the second side is at least substantially air impermeable, and - the pump is configured to provide air to the air inlet,
Pressure sensor, comprising - a membrane electrode, - a fixed electrode and - a dielectric layer, one surface of the fixed electrode being covered by the dielectric layer, the membrane electrode and the dielectric layer being arranged opposite each other and being at least partly spaced apart by an intermediate layer, forming a cavity, the fixed electrode having a first recess in the section opposite the cavity, characterized in that - the area enclosed by the outer circumferential surface of the recess, formed in the shape of an intrinsically closed trench, or - the top surface of the recess which is formed in the shape of a body having two parallel level surfaces and a circumferential surface which is formed by parallel straight lines corresponds to the area (d max) over which the membrane electrode and the dielectric layer touch at a pressure (p max) exerted on the pressure sensor which is the maximum for which the pressure sensor is designed. - a membrane electrode, - a fixed electrode and - a dielectric layer, - the area enclosed by the outer circumferential surface of the recess, formed in the shape of an intrinsically closed trench, or - the top surface of the recess which is formed in the shape of a body having two parallel level surfaces and a circumferential surface which is formed by parallel straight lines
A controller of a rotary compression molding machine configured to rotate a turret including a table having a die bore, and punch retaining portions (32, 33) vertically slidably retaining punches (5, 6) disposed above and below the die bore along with the punches (5, 6), and fill the die bore with a powdery material from a filling device disposed just above the table, to compress the powdery material filled in the die bore with the punches (5, 6) and obtain a molded product, the controller being configured to adjust rotational speed of the turret and the punches (5, 6) to allow the powdery material in a feed pipe directly connected with the filling device and configured to feed the filling device with the powdery material or in the filling device to have a level of an upper surface kept within a constant target range wherein there are a period of increase in rotational speed of the turret and the punches (5, 6) to allow the level of the upper surface of the powdery material in the feed pipe or in the filling device to be lowered from at or above the upper limit of the target range toward the lower limit of the target range and a period of decrease in rotational speed of the turret and the punches (5, 6) to allow the level of the upper surface of the powdery material in the feed pipe or in the filling device to be raised from at or below the lower limit of the target range toward the upper limit of the target range, characterized in that the controller is configured to control the rotational speed of the turret and the punches (5, 6) to allow a first period of increase in speed to be shorter than a subsequent second period of increase in speed, and is configured to control the rotational speed of the turret and the punches (5, 6) to allow a first period of decrease in speed to be shorter than a subsequent second period of decrease in speed.