mhurhangee/ep-ind-claims huggingface dataset:
A method of limiting an output torque in a power tool having a housing, a motor and a transmission disposed in the housing, and an output end effector coupled to the transmission, the method comprising: providing a force sensor coupled to a substantially stationary element of the transmission; receiving a first electronic signal from the force sensor that corresponds to a value of a reaction torque transmitted from the end effector to the substantially stationary element of the transmission; comparing the first electronic signal to a second electronic signal corresponding to a desired threshold torque value; and initiating a protective operation when a value of the first electronic signal indicates that the reaction torque has exceeded the desired threshold torque value; wherein the transmission comprises a planetary gear set having a sun gear, at least one planet gear, a ring gear, and a planet gear carrier, and wherein the force sensor is coupled to a substantially stationary gear of the planetary gear set; characterized in that the sensor comprises a thin film force sensing resistor; wherein the second electronic signal is received from a position sensor that senses a position of a clutch setting switch, the clutch setting switch enabling a user to adjust the desired threshold torque value. providing a force sensor coupled to a substantially stationary element of the transmission; receiving a first electronic signal from the force sensor that corresponds to a value of a reaction torque transmitted from the end effector to the substantially stationary element of the transmission; comparing the first electronic signal to a second electronic signal corresponding to a desired threshold torque value; and initiating a protective operation when a value of the first electronic signal indicates that the reaction torque has exceeded the desired threshold torque value;
An intermittent urinary catheter having a tip portion with a tip in a proximal insertion end of the catheter, a tubular portion extending from the tip portion to a distal outlet end; the tubular portion having an inside lumen and a drainage portion provided with drainage openings configured for allowing urine to enter the inside lumen, the drainage portion being provided with more than 12 drainage openings.
A method for manufacturing a curved-surface display having a desired curved shape using a flat display panel having a first substrate and a second substrate, comprising: paring outer surfaces of the first substrate and the second substrate except at edge portions of the first substrate and the second substrate so as to reduce, at the pared portions, the thicknesses of the first substrate and the second substrate to a predetermined thickness; attaching a polarizer on at least one of the pared outer surfaces of the first substrate and the second substrate; characterized by attaching to the display panel a reinforcing plate (140, 150) having the same curved shape as the desired curved shape and having light transmitting characteristics using an adhesive layer (191, 193) which is formed along edges of the display panel in a shape of a closed figure in a state that the pared flat display panel to which the polarizer is attached is bent to the desired curved shape; and forming on a surface of the polarizer a dam member which supports an inner surface of the adhesive layer (191, 193) after attaching the polarizer before forming the adhesive layer (191, 193), wherein the reinforcing plate (140, 150) is attached to the display panel in a state of being spaced from the pared outer surface of one of the first substrate and the second substrate so as to form an air gap there-between. paring outer surfaces of the first substrate and the second substrate except at edge portions of the first substrate and the second substrate so as to reduce, at the pared portions, the thicknesses of the first substrate and the second substrate to a predetermined thickness; attaching a polarizer on at least one of the pared outer surfaces of the first substrate and the second substrate; characterized by attaching to the display panel a reinforcing plate (140, 150) having the same curved shape as the desired curved shape and having light transmitting characteristics using an adhesive layer (191, 193) which is formed along edges of the display panel in a shape of a closed figure in a state that the pared flat display panel to which the polarizer is attached is bent to the desired curved shape; and forming on a surface of the polarizer a dam member which supports an inner surface of the adhesive layer (191, 193) after attaching the polarizer before forming the adhesive layer (191, 193), wherein the reinforcing plate (140, 150) is attached to the display panel in a state of being spaced from the pared outer surface of one of the first substrate and the second substrate so as to form an air gap there-between.
A method performed on a computer processor, said method comprising: identifying a backed up database to access; creating a read only version of said backed up database on a first storage system; configuring a differencing mechanism having a read/write storage that processes write commands from said read/write storage and processes read commands from said first storage system, the differencing mechanism creating a child image and a parent image, where the parent image is the read only version of the database and the child image contains any modified blocks from the parent image; and presenting said backed up database to an application using said differencing mechanism such that said application may perform read/write commands using said differencing mechanism while accessing said backed up database from said read only version. identifying a backed up database to access; creating a read only version of said backed up database on a first storage system; configuring a differencing mechanism having a read/write storage that processes write commands from said read/write storage and processes read commands from said first storage system, the differencing mechanism creating a child image and a parent image, where the parent image is the read only version of the database and the child image contains any modified blocks from the parent image; and presenting said backed up database to an application using said differencing mechanism such that said application may perform read/write commands using said differencing mechanism while accessing said backed up database from said read only version.
An earth moving machine comprising a support element with a nose suitable for having a wear element assembled thereon by means of a pin, said wear element comprising a cavity where, in an assembled position in which said wear element is assembled on said support element, said nose is housed in said cavity, where said cavity is demarcated by side walls with at least one through opening arranged in one of said side walls, where said nose has a nose opening which, in said assembled position, is aligned with said through opening of said wear element, where, in said assembled position said pin is housed in said through opening and said nose opening, where said nose opening defines a longitudinal axis, said longitudinal axis having a direction of insertion corresponding to the direction in which said pin is introduced in said through opening to achieve said assembled position, characterized in that: it comprises a retainer which is formed from a sheet material comprising a perimeter segment, fixed to a perimeter region of said nose opening and a flexible flange joined at one end to said perimeter segment and extending towards the inside of said nose opening.
A respiration device having at least one respiration.unit for generating an airflow for respiration and having at least one monitoring unit for detecting at least one respiration parameter and for classifying events in the respiration on the basis of monitoring of the respiration parameter, wherein the monitoring unit is able and designed to carry out at least one event analysis to recognize an occurrence of chronologically successive events which is characteristic for Cheyne-Stokes respiration and for this purpose to ascertain period lengths (19, 29, 39, 49, 59) between the chronologically successive events and to compare the ascertained period lengths at least partially to one another and characterized in that the ascertained period lengths register the presence of Cheyne-Stokes respiration when the compared period lengths deviate by less than 40% from one another.
An ink cartridge attachable to a liquid ejecting apparatus, the ink cartridge including a storage device electrically connectable to a host circuit of the liquid ejecting apparatus, the storage device comprising: a non-volatile data storage unit; a data receiving unit adapted to receive data including first data which are to be written in the data storage unit and second data which are generated based on the first data from the host circuit; a determination unit adapted to determine consistency of the data received by the data receiving unit; and a data transmitting unit adapted to transmit a result of the determination to the host circuit, wherein the determination unit is adapted to determine whether or not the first and second data are consistent with each other, and wherein in the case where an affirmative determination result is obtained by the determination unit: in the case where writing data in the data storage unit is completed, the data transmitting unit is adapted to transmit an affirmative determination result to the host circuit, and in the case where writing data in the data storage unit is not completed, the data transmitting unit is adapted not to transmit the affirmative determination result to the host circuit. a non-volatile data storage unit; a data receiving unit adapted to receive data including first data which are to be written in the data storage unit and second data which are generated based on the first data from the host circuit; a determination unit adapted to determine consistency of the data received by the data receiving unit; and a data transmitting unit adapted to transmit a result of the determination to the host circuit, wherein the determination unit is adapted to determine whether or not the first and second data are consistent with each other, and wherein in the case where an affirmative determination result is obtained by the determination unit: in the case where writing data in the data storage unit is completed, the data transmitting unit is adapted to transmit an affirmative determination result to the host circuit, and in the case where writing data in the data storage unit is not completed, the data transmitting unit is adapted not to transmit the affirmative determination result to the host circuit.
A heating device comprising: a base member; a gas burner mounted in or on the base member; an upper housing located above the base member; a tabletop mounted above the upper housing; a hollow heat shield having a proximal end located on or near the base member, and a distal end located within the upper housing, and at least one support member extending between the base member and the upper housing or tabletop; wherein the distal end of the heat shield extends beyond a proximal, lowermost end of the upper housing, defining a region of vertical overlap between the heat shield and the upper housing; characterized in that the heat shield has a tapering profile with a cross sectional area that decreases between a proximal end located at the base member and a distal end adjacent to the upper housing. a base member; a gas burner mounted in or on the base member; an upper housing located above the base member; a tabletop mounted above the upper housing; a hollow heat shield having a proximal end located on or near the base member, and a distal end located within the upper housing, and at least one support member extending between the base member and the upper housing or tabletop; wherein the distal end of the heat shield extends beyond a proximal, lowermost end of the upper housing, defining a region of vertical overlap between the heat shield and the upper housing; characterized in that the heat shield has a tapering profile with a cross sectional area that decreases between a proximal end located at the base member and a distal end adjacent to the upper housing.
Device for the discontinuous production of a laminate from a plurality of substrates in a hot press, comprising: - a supply location for a substrate package consisting of a plurality of substrates, - a hot press for pressing a substrate package by means of pressure and heat to form a laminate, - a cooling press for cooling the laminate, and - a storage area for the laminate, wherein at least one transfer device is arranged for transporting the substrate packages and the laminates between the supply location, the hot press, the cooling press and the storage location, wherein a manipulating unit of a first type for the substrate package and two manipulating units of at least one further type for laminates are arranged in the transfer device, and wherein the manipulating units (8, 9) are suitable, in the course of the transportation, for picking up, transporting and releasing a substrate package and laminates. - a supply location for a substrate package consisting of a plurality of substrates, - a hot press for pressing a substrate package by means of pressure and heat to form a laminate, - a cooling press for cooling the laminate, and - a storage area for the laminate,
Clutch assembly consisting of a structural unit with a two-mass flywheel (1, 1a) which forms a first module, comprising a primary part and a secondary part which can be rotated to a limited extent with respect to the said primary part counter to the action of energy stores, and a second module with at least one friction clutch, the two modules being connected fixedly to one another so as to rotate together by means of a plug-in connection, and a supporting plate for prestressing the plug-in connection being arranged radially along a flange part of the secondary part, the supporting plate having a radially widened collar which engages radially over a radially inwardly widened disc part of the primary part, and the supporting plate being supported axially and rotatably on the disc part, characterized in that the supporting plate is integrated into a frictional device (12, 12a) which is active between the primary part and the secondary part.
A glare visor for reducing ambient light intensity presented to a wearer viewing a head up display employing display light including a given wavelength(s) of light, the visor including: a visor body comprising optically transparent material which is partially absorbing to light of visible optical wavelengths thereby to reduce the intensity of ambient light transmitted therethrough to the wearer; a transparent first optical coating formed upon a surface of the visor body intended to face away from the wearer in use which is partially transmissive to said light of visible optical wavelengths amongst which it is preferentially transmissive to light of a first sub-range of wavelengths for including therein given wavelength(s) of display light thereby to permit an enhancement of contrast between display light relative to ambient light; and a transparent second optical coating formed upon a surface of the visor body, intended to face towards the wearer in use, which is substantially transmissive of said light of visible optical wavelengths amongst which it is preferentially reflective of a second sub-range of wavelengths of light encompassing head mounted display light thereby to provide a projection display surface in respect of the second sub-range of light; wherein the first sub-range of wavelengths includes or overlaps the second sub-range. a visor body comprising optically transparent material which is partially absorbing to light of visible optical wavelengths thereby to reduce the intensity of ambient light transmitted therethrough to the wearer; a transparent first optical coating formed upon a surface of the visor body intended to face away from the wearer in use which is partially transmissive to said light of visible optical wavelengths amongst which it is preferentially transmissive to light of a first sub-range of wavelengths for including therein given wavelength(s) of display light thereby to permit an enhancement of contrast between display light relative to ambient light; and a transparent second optical coating formed upon a surface of the visor body, intended to face towards the wearer in use, which is substantially transmissive of said light of visible optical wavelengths amongst which it is preferentially reflective of a second sub-range of wavelengths of light encompassing head mounted display light thereby to provide a projection display surface in respect of the second sub-range of light; wherein the first sub-range of wavelengths includes or overlaps the second sub-range.
A wheel chock comprising: a substantially rigid main body configured to engage a wheel tire of a vehicle to prevent movement of a vehicle wheel; said main body having a sloped top wheel-facing side configured to receive in overlay and abutment said wheel tire; said main body having a base comprising an underside with a first plurality of downwardly projecting teeth elements configured to releasably engage a corresponding ground-anchored retention plate having protrusions, such as ribs, ridges or the like, for engagement with said teeth elements and, in use, to resist movement of the wheel chock and vehicle wheel once said teeth are engaged on said retention plate and as the wheel tire applies pressure to the top wheel-facing side of the main body; characterized in that said main body is being further provided with at least one extension member extending from said base and longitudinally from the main body, the at least one extension member being configured, in use, to lie adjacent to at least a portion of a side wall of the wheel tire, the at least one extension member further comprising a second plurality of teeth elements also configured to releasably engage said corresponding ground-anchored retention plate having protrusions for engagement with said teeth elements and to further resist movement of the wheel chock and vehicle wheel. a substantially rigid main body configured to engage a wheel tire of a vehicle to prevent movement of a vehicle wheel; said main body having a sloped top wheel-facing side configured to receive in overlay and abutment said wheel tire; said main body having a base comprising an underside with a first plurality of downwardly projecting teeth elements configured to releasably engage a corresponding ground-anchored retention plate having protrusions, such as ribs, ridges or the like, for engagement with said teeth elements and, in use, to resist movement of the wheel chock and vehicle wheel once said teeth are engaged on said retention plate and as the wheel tire applies pressure to the top wheel-facing side of the main body; characterized in that said main body is being further provided with at least one extension member extending from said base and longitudinally from the main body, the at least one extension member being configured, in use, to lie adjacent to at least a portion of a side wall of the wheel tire, the at least one extension member further comprising a second plurality of teeth elements also configured to releasably engage said corresponding ground-anchored retention plate having protrusions for engagement with said teeth elements and to further resist movement of the wheel chock and vehicle wheel.
Planetary transmission for a wind power plant, with an annulus gear which has an internal toothing and with at least one planet gear which has an external toothing which is in engagement with the internal toothing of the annulus gear, - the planet gear being mounted rotatably on an axis by means of a bearing, characterized in that - the bearing has at least one outer ring with a radially outward-protruding radial projection and at least one set of rolling bodies which roll on the outer ring, - the planet gear has a bore and, in the region of one axial end, a recess which widens the bore radially, and - the outer ring is arranged in the bore of the planet gear in such a way that the radial projection of the outer ring engages into the recess of the planet gear. - the planet gear being mounted rotatably on an axis by means of a bearing, - the bearing has at least one outer ring with a radially outward-protruding radial projection and at least one set of rolling bodies which roll on the outer ring, - the planet gear has a bore and, in the region of one axial end, a recess which widens the bore radially, and - the outer ring is arranged in the bore of the planet gear in such a way that the radial projection of the outer ring engages into the recess of the planet gear.
A nonvolatile memory element comprising: a first electrode and a second electrode that are formed above a semiconductor substrate; and a variable resistance layer located between said first electrode and said second electrode and having a resistance value that reversibly changes based on an electric signal applied between said first electrode and said second electrode, wherein said variable resistance layer comprises at least two layers including a first variable resistance layer and a second variable resistance layer, said first variable resistance layer has a first face connected to said first electrode, said first variable resistance layer has a second face connected to said second variable resistance layer, said first variable resistance layer comprises a first transition metal oxide, said second variable resistance layer comprises a second transition metal oxide and a third transition metal oxide, the third transition metal oxide is in contact with at least part of the second face of said first variable resistance layer, and the second transition metal oxide is in contact with a remaining part of the second face of said first variable resistance layer, characterized in that the second transition metal oxide layer has an oxygen deficiency from its stoichiometric composition being higher then either an oxygen deficiency of the first transition metal oxide or oxygen deficiency of the third transition metal oxide. a first electrode and a second electrode that are formed above a semiconductor substrate; and a variable resistance layer located between said first electrode and said second electrode and having a resistance value that reversibly changes based on an electric signal applied between said first electrode and said second electrode, wherein said variable resistance layer comprises at least two layers including a first variable resistance layer and a second variable resistance layer, said first variable resistance layer has a first face connected to said first electrode, said first variable resistance layer has a second face connected to said second variable resistance layer, said first variable resistance layer comprises a first transition metal oxide, said second variable resistance layer comprises a second transition metal oxide and a third transition metal oxide, the third transition metal oxide is in contact with at least part of the second face of said first variable resistance layer, and the second transition metal oxide is in contact with a remaining part of the second face of said first variable resistance layer, characterized in that the second transition metal oxide layer has an oxygen deficiency from its stoichiometric composition being higher then either an oxygen deficiency of the first transition metal oxide or oxygen deficiency of the third transition metal oxide.