mhurhangee/ep-ind-claims huggingface dataset:
An inspection unit for direct application to the skin of a patient, the inspection unit having a plurality of optical elements in an optical path having an optical axis, the optical elements comprising: a first ring of a plurality light sources arranged around the optical axis and a second ring of a plurality of light sources arranged around the optical axis, the first ring of light sources projecting light substantially parallel to the optical axis onto a target object and the second ring of light sources projecting light substantially perpendicular to the optical axis onto the target object, a digital image capturing device having a field of view and being located on the optical axis, and a viewing surface for direct application to the skin of a patient through which the target object can be imaged, a controller configured to capture a series of different digital images of the target object on the skin of the patient with the digital image capturing device when the target object is illuminated with different ones of the light sources of the first and second ring of light sources to generate shadows. a first ring of a plurality light sources arranged around the optical axis and a second ring of a plurality of light sources arranged around the optical axis, the first ring of light sources projecting light substantially parallel to the optical axis onto a target object and the second ring of light sources projecting light substantially perpendicular to the optical axis onto the target object, a digital image capturing device having a field of view and being located on the optical axis, and a viewing surface for direct application to the skin of a patient through which the target object can be imaged,
A valve cartridge assembly comprising a valve cartridge and a transmission device, wherein a recess is formed on the top of the valve cartridge; the transmission device is provided in the recess of the valve cartridge, and a first transmission relationship and a second transmission relationship are formed between the transmission device and the recess of the valve cartridge; the first transmission relationship is established so that the transmission device drives the valve cartridge to rotate about an axis; when the movement in the first transmission relationship is ended, the relationship between the transmission device and the valve cartridge switches from the first transmission relationship to the second transmission relationship; the second transmission relationship is established so that the transmission device drives the valve cartridge to carry out a squeeze movement, and the squeeze movement enables the valve cartridge to move radially with respect to the axis, characterized in that said transmission device is a transmission member, the transmission member being at least partially positioned in the recess of the valve cartridge, the recess being formed with a radially inwards protruding profile, the transmission member being formed with a radially outwards protruding profile, the transmission member further having elastic protruding ribs (82,83) there being a releasable relationship between the elastic protruding ribs (82,83) and the inner wall of the recess, and the elastic protruding ribs (82,83) being connected to the inner wall of the recess so as to have said first transmission relationship between the transmission member and the valve cartridge, the radially inwards protruding profile and the radially outwards protruding profile cooperating with each other so as to have said second transmission relationship between the transmission member and the valve cartridge, the elastic protruding ribs (82,83) being disengaged from the inner wall of the recess so that the transmission member can rotate in the valve cartridge, thus to have the first transmission relationship or the second transmission relationship with the valve cartridge switchably.
Razor with a handle having a handle part and a head part for receiving a blade head, and with the blade head, characterized in that the blade head is designed as a brush head with bristles, at least one of the bristles having a razor blade.
A recording medium having a data structure for managing reproduction of graphic data, comprising: an information area storing at least one object data segment and a plurality of color information segments and a plurality of display information segments, the object data segment including data representing a display object, each of the color information segments including color information of the display object, each of the display information segments including identification information of the display object and display information of the display object identified by the identification information, characterized in that each of the display information segments includes a display control information linking the display object with two color information segments, and configured to change the color information of at least a part of the display object when a change between the display information segments used to manage reproduction occurs without changing the display object, each of the display information segments includes cropping information for defining an area cropping the display object, and the object data segment includes last-in sequence information indicating whether the object data segment is a last in sequence of object data segments for the data representing the display object. an information area storing at least one object data segment and a plurality of color information segments and a plurality of display information segments, the object data segment including data representing a display object, each of the color information segments including color information of the display object, each of the display information segments including identification information of the display object and display information of the display object identified by the identification information, characterized in that each of the display information segments includes a display control information linking the display object with two color information segments, and configured to change the color information of at least a part of the display object when a change between the display information segments used to manage reproduction occurs without changing the display object, each of the display information segments includes cropping information for defining an area cropping the display object, and the object data segment includes last-in sequence information indicating whether the object data segment is a last in sequence of object data segments for the data representing the display object.
A method for provisioning elevator service, the method comprising: sensing, by a gesture interface comprising a sensor, a region in proximity to the gesture interface to obtain data; determining, by the gesture interface, that a first pattern in the data corresponds to a first gesture of a user; providing an affirmative indication, by one or more feedback devices, that the first pattern has been recognized; confirming the affirmative indication by the user before elevator resources are provisioned; and initiating a request for elevator service in response to determining that the first pattern corresponds to the first gesture. sensing, by a gesture interface comprising a sensor, a region in proximity to the gesture interface to obtain data; determining, by the gesture interface, that a first pattern in the data corresponds to a first gesture of a user; providing an affirmative indication, by one or more feedback devices, that the first pattern has been recognized; confirming the affirmative indication by the user before elevator resources are provisioned; and initiating a request for elevator service in response to determining that the first pattern corresponds to the first gesture.
Method of hot rolling a metal strip or metal sheet, particularly a steel strip or steel sheet, wherein 1.a) the slab or the strip or sheet is subjected in a first step 1.a to one or more reshaping actions in a hot-rolling mill, which comprises series of roll stands (3, 4, 5, 6, 7 or F1, F2, F3, F4), for complete elimination of the casting structure and for producing a uniform, fine, recrystalised austenitic structure with a grain size of 40 microns ± 20 microns and, in the case of the micro-alloyed steels, of 30 microns ± 10 microns, wherein at the end of this step added micro-alloying elements have gone into solution to the extent of more than 90% of the respective analysis content, and 2) the slab or the strip or sheet is then subjected in a further step to cooling for producing a fine-grain structure, in which no individual coarse grains or larger structure regions are present, the grain boundaries and/or sub-structure of which is or are characterised by small-angle grain boundaries, wherein the slab or the strip or sheet is subjected to heating between at least two roll stands (3, 4, 5, 6) of the hot rolling mill during performance of the step a) and wherein at least in the roll stand first in rolling direction, preferably a roughing stand, the upper and lower working rolls (F0a, F0b) are driven by separate drives, wherein directly after exit from the roughing stand the strip is drawn into induction heating means and subsequently by means of at least one drive roller pair, and the slab or the strip or sheet in a step 1.b between the steps 1.a) and 2) undergoes one or more reshapings of the recrystallised austenitic structure for producing an extended area, high-dislocation austenite structure and wherein the heating is carried out up to the recrystallising temperature range, particularly up to complete recrystallisation. 1.a) the slab or the strip or sheet is subjected in a first step 1.a to one or more reshaping actions in a hot-rolling mill, which comprises series of roll stands (3, 4, 5, 6, 7 or F1, F2, F3, F4), for complete elimination of the casting structure and for producing a uniform, fine, recrystalised austenitic structure with a grain size of 40 microns ± 20 microns and, in the case of the micro-alloyed steels, of 30 microns ± 10 microns, wherein at the end of this step added micro-alloying elements have gone into solution to the extent of more than 90% of the respective analysis content, and 2) the slab or the strip or sheet is then subjected in a further step to cooling for producing a fine-grain structure, in which no individual coarse grains or larger structure regions are present, the grain boundaries and/or sub-structure of which is or are characterised by small-angle grain boundaries,
A product obtained by reacting a mixture of components suitable for molding into shaped desiccant particles, wherein the mixture comprises: a. a porous siliceous material, b. hygroscopic salt, c. polyvinyl alcohol with a degree of hydrolysis between 82 and 95 mol% and a viscosity between 12 and 40 mPa.s, as determined on an aqueous solution of 4% PVA at 20°C according to DIN53015, d. water, e. optionally, an OH-containing polymer, different from PVA, wherein the weight ratio between hygroscopic salt and the porous siliceous material is chosen between 0.1:1 and 0.9:1 and wherein the weight ratio between hygroscopic salt and PVA is chosen between 1:1 and 5:1. a. a porous siliceous material, b. hygroscopic salt, c. polyvinyl alcohol with a degree of hydrolysis between 82 and 95 mol% and a viscosity between 12 and 40 mPa.s, as determined on an aqueous solution of 4% PVA at 20°C according to DIN53015, d. water, e. optionally, an OH-containing polymer, different from PVA,
Adjusting device for a vehicle component, in particular for the backrest of a vehicle seat having a first fitting part and a second fitting part which are arranged along a rotational axis, wherein the relative position of the two fitting parts (2, 3) to one another may be altered by means of an eccentric which transmits a torque from a drive unit to a gearwheel, so that said gearwheel rolls on the second fitting part, and which preferably comprises two eccentric means (5.1), wherein the adjusting device comprises a braking means which at least substantially prevents the self-adjustment thereof, wherein the braking means cooperates with a locking contour (4.2, 11, 13) which is provided on the gearwheel, characterized in that the braking means has only one arm, a blocking element being provided at the end thereof.
An apparatus for creating at least two bond zones (252, 254) in a web processing operation, said apparatus comprising: a first rotating bonding element operable to rotate at a rotational velocity matching a constant web velocity and cooperating with an ultrasonic bonding unit for creating a continuous bond of web elements; a second rotating bonding element cooperating with another ultrasonic bonding unit for intermittently creating a bond of web elements, said second rotating bonding element operable to firstly rotate at a velocity different from said web velocity during a period of no bonding and to next rotate at a velocity matching said web velocity during a period of bonding; and a first shaft for driving said first rotating bonding element and a second shaft for driving said second rotating bonding element, said second shaft coaxial with said first shaft and said first and second shafts being independently rotatable. a first rotating bonding element operable to rotate at a rotational velocity matching a constant web velocity and cooperating with an ultrasonic bonding unit for creating a continuous bond of web elements; a second rotating bonding element cooperating with another ultrasonic bonding unit for intermittently creating a bond of web elements, said second rotating bonding element operable to firstly rotate at a velocity different from said web velocity during a period of no bonding and to next rotate at a velocity matching said web velocity during a period of bonding; and a first shaft for driving said first rotating bonding element and a second shaft for driving said second rotating bonding element, said second shaft coaxial with said first shaft and said first and second shafts being independently rotatable.
Method for optimizing a rear suspension of a vehicle of ambulance type or transport for persons with reduced mobility type, the suspension comprising: - two original springs, each having an original stiffness and an original sag; - two original shock absorbers, each having: an original expansion force at low speed, for a deflection speed of the original shock absorber that is less than 0.1 m.s -1, an original compressive force at low speed, for a deflection speed of the original shock absorber that is less than 0.1 m.s -1, characterized by the method having the following steps: a) replacing the two original springs with two dedicated springs, each having a stiffness strictly less than the original stiffness and a sag strictly greater than the original sag; b) replacing the two original shock absorbers with two dedicated shock absorbers, each having: - an expansion force at low speed, for a deflection speed of the dedicated shock absorber that is less than 0.1 m.s -1, strictly less than the original expansion force at low speed; - a compressive force at low speed, for a deflection speed of the dedicated shock absorber that is less than 0.1 m.s -1, strictly greater than the original compressive force at low speed. - two original springs, each having an original stiffness and an original sag; - two original shock absorbers, each having: an original expansion force at low speed, for a deflection speed of the original shock absorber that is less than 0.1 m.s -1, an original compressive force at low speed, for a deflection speed of the original shock absorber that is less than 0.1 m.s -1, characterized by the method having the following steps: a) replacing the two original springs with two dedicated springs, each having a stiffness strictly less than the original stiffness and a sag strictly greater than the original sag; b) replacing the two original shock absorbers with two dedicated shock absorbers, each having: an original expansion force at low speed, for a deflection speed of the original shock absorber that is less than 0.1 m.s -1, an original compressive force at low speed, for a deflection speed of the original shock absorber that is less than 0.1 m.s -1, characterized by the method having the following steps: a) replacing the two original springs with two dedicated springs, each having a stiffness strictly less than the original stiffness and a sag strictly greater than the original sag; b) replacing the two original shock absorbers with two dedicated shock absorbers, each having: a) replacing the two original springs with two dedicated springs, each having a stiffness strictly less than the original stiffness and a sag strictly greater than the original sag; b) replacing the two original shock absorbers with two dedicated shock absorbers, each having: - an expansion force at low speed, for a deflection speed of the dedicated shock absorber that is less than 0.1 m.s -1, strictly less than the original expansion force at low speed; - a compressive force at low speed, for a deflection speed of the dedicated shock absorber that is less than 0.1 m.s -1, strictly greater than the original compressive force at low speed.
Arrangement for moving an elevator platform between different levels within an elevator shaft, said arrangement comprising: an elongated screw arranged substantially vertical in said elevator shaft, said screw comprising threads arranged around the peripheral surface a nut turnably arranged on the elongated screw, said nut is arranged to support the elevator platform, said nut comprises an upper end and a lower end and internal threads, corresponding to the threads on the screw, extending between the upper and lower end of the nut; and an electrical motor arranged to rotate the nut to move the nut, and the elevator platform, between the different levels along the screw, wherein the load from the elevator platform is supported by a flank of the thread in the nut that is facing downwards and a flank of the thread of the screw that is facing upwards, characterised in that said screw comprises at least two screw sections joined together and in that the threads are arranged around the peripheral surface along the at least two screw sections; and in that a section of the flank of the thread in the nut that is facing downwards in the upper and / or lower end of the nut is angled such that a space between the flank of the thread of the screw that is facing upwards and the flank of the thread in the nut facing downwards is formed. an elongated screw arranged substantially vertical in said elevator shaft, said screw comprising threads arranged around the peripheral surface a nut turnably arranged on the elongated screw, said nut is arranged to support the elevator platform, said nut comprises an upper end and a lower end and internal threads, corresponding to the threads on the screw, extending between the upper and lower end of the nut; and an electrical motor arranged to rotate the nut to move the nut, and the elevator platform, between the different levels along the screw, wherein the load from the elevator platform is supported by a flank of the thread in the nut that is facing downwards and a flank of the thread of the screw that is facing upwards, characterised in that said screw comprises at least two screw sections joined together and in that the threads are arranged around the peripheral surface along the at least two screw sections; and in that a section of the flank of the thread in the nut that is facing downwards in the upper and / or lower end of the nut is angled such that a space between the flank of the thread of the screw that is facing upwards and the flank of the thread in the nut facing downwards is formed.
Method for producing an infrared radiation-reflecting glass or glass-ceramic pane, comprising the steps of: - providing a substrate with a thermal expansion coefficient α of less than 4.2 * 10 -6 K -1, - depositing a tin oxide layer, which contains antimony oxide and is transparent in the visible range, on the substrate, wherein the tin oxide layer is deposited as a crystalline layer by means of a sputtering process, and wherein the glass or glass-ceramic pane is kept at a temperature between 150 and 600°C during deposition of the infrared radiation-reflecting tin-oxide layer. - providing a substrate with a thermal expansion coefficient α of less than 4.2 * 10 -6 K -1, - depositing a tin oxide layer, which contains antimony oxide and is transparent in the visible range, on the substrate, wherein the tin oxide layer is deposited as a crystalline layer by means of a sputtering process, and wherein the glass or glass-ceramic pane is kept at a temperature between 150 and 600°C during deposition of the infrared radiation-reflecting tin-oxide layer.
A method for harvesting lysine, comprising: culturing in growth medium comprising a carbon-containing gas a bacterial cell, wherein the bacterial cell can grow in the presence of a carbon-containing gas and secretes lysine into the growth medium; and separating the secreted lysine from the growth medium, wherein the bacterial cell is a Cupriavidus necator cell or a Ralstonia eutropha cell. culturing in growth medium comprising a carbon-containing gas a bacterial cell, wherein the bacterial cell can grow in the presence of a carbon-containing gas and secretes lysine into the growth medium; and separating the secreted lysine from the growth medium, wherein the bacterial cell is a Cupriavidus necator cell or a Ralstonia eutropha cell.
A method of removing an unwanted constituent from a siliceous surface, the method comprising: contacting the siliceous surface and the unwanted constituent with a multi-functional composition comprising water, a hydrophilic silane including a zwitterionic silane, and a surfactant; and drying the surface. contacting the siliceous surface and the unwanted constituent with a multi-functional composition comprising water, a hydrophilic silane including a zwitterionic silane, and a surfactant; and drying the surface.
A laser beam apparatus for sealing a first substrate and a second substrate by irradiating a sealant between the first substrate and the second substrate using a laser beam, the laser beam apparatus comprising a controller that is configured to direct the laser beam along a sealing path, characterised in that the controller is configured to defocus the laser beam and to move a scanning central axis of the defocussed laser beam in a direction crossing the sealing path when the sealing path turns a corner, such that an intensity of the laser beam at the corner of the sealing path gradually increases from a first region of the sealing path to a second region of the sealing path.
An oil collecting vessel, comprising: - a first and a second side hull (101, 102), - a central hull between said side hulls (101, 102), - an oil collecting means (119, 120, 121) for collecting oil from water, the oil collecting means (119, 120, 121) being arranged in connection with the central hull, and - a first and a second guiding arm (108, 109) for guiding oil towards the central hull, the first guiding arm being arranged between the central hull and the first side hull, and the second guiding arm being arranged between the central hull and the second side hull; characterised in that a first end of the guiding arm (108, 109) is pivotally attached to the central hull so that the guiding arm (108, 109) can be turned relative to the central hull. - a first and a second side hull (101, 102), - a central hull between said side hulls (101, 102), - an oil collecting means (119, 120, 121) for collecting oil from water, the oil collecting means (119, 120, 121) being arranged in connection with the central hull, and - a first and a second guiding arm (108, 109) for guiding oil towards the central hull, the first guiding arm being arranged between the central hull and the first side hull, and the second guiding arm being arranged between the central hull and the second side hull; characterised in that a first end of the guiding arm (108, 109) is pivotally attached to the central hull so that the guiding arm (108, 109) can be turned relative to the central hull.