mhurhangee/ep-ind-claims huggingface dataset:
An imaging device comprising: an imaging element module including a lens barrel and a holder on an outer periphery of the lens barrel; and a housing configured to hold the imaging element module, wherein the housing includes a support (6a, 6b) configured to support the holder of the imaging element module, and the holder is held by the housing via a first bonding region surrounded by a first adhesive (7a, 7b) between the support and the lens barrel, and a second bonding region surrounded by second adhesive (11a, 11b) located closer to the lens barrel than the first bonding region, characterized in that: the second bonding region is disposed in a band shape on the outer periphery of the lens barrel. an imaging element module including a lens barrel and a holder on an outer periphery of the lens barrel; and a housing configured to hold the imaging element module, wherein the housing includes a support (6a, 6b) configured to support the holder of the imaging element module, and the holder is held by the housing via a first bonding region surrounded by a first adhesive (7a, 7b) between the support and the lens barrel, and a second bonding region surrounded by second adhesive (11a, 11b) located closer to the lens barrel than the first bonding region,
Compression bandage assembly, comprising a first inner bandage as well as a second outer bandage, the second outer bandage being attachable in use over the first inner bandage, wherein the first inner bandage comprises a first section having a padding layer at least on its side facing the skin of a bearer, and an elastic and cohesively adhering second section continuous to the first section, and wherein the second outer bandage is made elastic and cohesively adhering, characterized in that the second outer bandage comprises at least two bandage layers (LS, KS) connected to each other which, when separated, have elastic properties different from each other.
A mobile communication terminal (100,200,300,600,700) configured to be worn on a wrist, comprising: a terminal body(110,210,310) including a controller, a wireless transceiver and a display(120,620,720); a band(150,250,350,750) connected with both ends of the terminal body; an antenna(170A,170B,270A,270B,770A,770B); and a first seal that seals a gap between the terminal body and the band, the first seal comprises a skirt formed on the terminal body and covers an edge of an end portion of the band such that the skirt overlaps with the edge of the end portion of the band in a lengthwise direction, characterised in that the terminal body comprises: a first frame(601,701) having a contact face arranged to be in contact with the wrist, and having first and second end connection portions configured to connect with respective ends of the band; and a second and a third frame(602,702)(603,703) connected to an upper portion of the first frame(601,701). a terminal body(110,210,310) including a controller, a wireless transceiver and a display(120,620,720); a band(150,250,350,750) connected with both ends of the terminal body; an antenna(170A,170B,270A,270B,770A,770B); and a first seal that seals a gap between the terminal body and the band, the first seal comprises a skirt formed on the terminal body and covers an edge of an end portion of the band such that the skirt overlaps with the edge of the end portion of the band in a lengthwise direction, characterised in that the terminal body comprises: a first frame(601,701) having a contact face arranged to be in contact with the wrist, and having first and second end connection portions configured to connect with respective ends of the band; and a second and a third frame(602,702)(603,703) connected to an upper portion of the first frame(601,701). a first frame(601,701) having a contact face arranged to be in contact with the wrist, and having first and second end connection portions configured to connect with respective ends of the band; and a second and a third frame(602,702)(603,703) connected to an upper portion of the first frame(601,701).
Labor-saving paint mixing cover, comprising a paint outlet mechanism for controlling a paint to be poured out, and at least two pressing mechanisms for pressing a paint bucket and the canister lid, wherein for each pressing mechanism, the canister lid is provided with a through hole; a pressing rod penetrates through the through hole; a seal sleeve is sleeved outside the pressing rod; a seal sleeve flange of the seal sleeve is pressed against the canister lid; a compressed spring is sleeved at the outer periphery of the pressing rod between the seal sleeve flange of the seal sleeve and an upper end of the pressing rod; a presser foot is provided at a lower end of the pressing rod, a handle is provided at an upper end of the pressing rod and is a cam lifting handle formed by hinging the upper end of the pressing rod and a cam; a cam surface of the cam lifting handle is in contact with an upper surface of a cam seat; the cam seat is a movable pipe sleeve sleeved outside the pressing rod; an upper surface of the movable pipe sleeve is in contact with the cam surface of the cam lifting handle; the movable pipe sleeve is provided with a movable pipe sleeve flange; the upper end of the pressing spring abuts against the movable pipe sleeve flange of the movable pipe sleeve; wherein a bracket is provided correspondingly above the through hole of the canister lid; an upper flat plate of the bracket is provided with a bracket through hole; the movable pipe sleeve is placed in the bracket through hole; and the movable pipe sleeve and the bracket through hole are in sliding fit to each other, characterisied in that a reset spring is sleeved at the outer periphery of the pressing rod between a lower side of the canister lid and the presser foot, so that the pressing mechanism can be prevented from moving when the presser foot is in a relaxed state.
An apparatus for latching an item of oilfield equipment comprising: a housing having an annular opening; a latch member contained within the housing, the latch member movable within the opening between a radially engaged position in which it is engaged with the item of oilfield equipment, and a radially retracted position in which it is disengaged from the item of oilfield equipment; a first actuator (118, 224) configured to drive the latch member into the radially engaged position; and a second actuator (118, 226) configured to drive the latch member into the radially retracted position; wherein the housing defines at least one slot formed across the top and/or bottom of the opening, the at least one slot being arranged to allow fluids to pass therethrough while the latch member travels between the radially engaged position and the radially retracted position. a housing having an annular opening; a latch member contained within the housing, the latch member movable within the opening between a radially engaged position in which it is engaged with the item of oilfield equipment, and a radially retracted position in which it is disengaged from the item of oilfield equipment; a first actuator (118, 224) configured to drive the latch member into the radially engaged position; and a second actuator (118, 226) configured to drive the latch member into the radially retracted position; wherein the housing defines at least one slot formed across the top and/or bottom of the opening, the at least one slot being arranged to allow fluids to pass therethrough while the latch member travels between the radially engaged position and the radially retracted position.
A method of monitoring fluid flow, the method comprising the steps of: measuring a pressure differential across a differential pressure flow meter Δ P 1; and measuring the line pressure drop due to friction Δ P f along a length L of pipe; wherein the method comprises calculating the quantity ΔP f ΔP 1, and thereby calculating one or more properties of the flow; wherein the one or more properties include the Darcy-Weisbach friction factor, λ, calculated from the product of the quantity ΔP f ΔP 1, a parameter related to meter geometry C M and knowledge of the relationship between the discharge coefficient C d and the friction factor λ, wherein C M is calculated from C M = D 1 − β 4 C d 2 Lβ 4. measuring a pressure differential across a differential pressure flow meter Δ P 1; and measuring the line pressure drop due to friction Δ P f along a length L of pipe; wherein the method comprises calculating the quantity ΔP f ΔP 1, and thereby calculating one or more properties of the flow; wherein the one or more properties include the Darcy-Weisbach friction factor, λ, calculated from the product of the quantity ΔP f ΔP 1, a parameter related to meter geometry C M and knowledge of the relationship between the discharge coefficient C d and the friction factor λ, wherein C M is calculated from C M = D 1 − β 4 C d 2 Lβ 4.
Polymeric material for absorbing and dissipating of kinetic energy comprising: 40-60% (w/w) of an isocyanate having a molecular weight between 100 - 1000 g/mol; preferably 100 - 500 g/mol; preferably 200 - 400 g/mol; 35-55% (w/w) of a polyol having a molecular weight between 30 - 6000 g/mol; preferably 60 - 300 g/mol; wherein the isocyanate and polyol combination comprise 2 to 5 reactive groups; wherein the polyol is selected from the following list: 1,2-propanediol, glycerol, 1,2-ethanediol, and mixtures thereof; 1 - 7% (w/w) of a plasticiser having a molecular weight between 50 - 6000 g/mol, selected from the following list: castor oil, polypropylene glycol, polyethylene glycol, 2-methyl-1,3-propanediol, and mixtures thereof; and an amine, a carboxylic acid, and mixtures thereof, comprising 1 - 3% (w/w) of an amine or 1 - 3% (w/w) of a carboxylic acid. 40-60% (w/w) of an isocyanate having a molecular weight between 100 - 1000 g/mol; preferably 100 - 500 g/mol; preferably 200 - 400 g/mol; 35-55% (w/w) of a polyol having a molecular weight between 30 - 6000 g/mol; preferably 60 - 300 g/mol; wherein the isocyanate and polyol combination comprise 2 to 5 reactive groups; wherein the polyol is selected from the following list: 1,2-propanediol, glycerol, 1,2-ethanediol, and mixtures thereof; 1 - 7% (w/w) of a plasticiser having a molecular weight between 50 - 6000 g/mol, selected from the following list: castor oil, polypropylene glycol, polyethylene glycol, 2-methyl-1,3-propanediol, and mixtures thereof; and an amine, a carboxylic acid, and mixtures thereof, comprising 1 - 3% (w/w) of an amine or 1 - 3% (w/w) of a carboxylic acid.
A semiconductor circuit breaker comprising: a circuit breaker body connected to a main circuit, and provided with a module receiving part on an outer surface thereof; and an interface module provided independently from the circuit breaker body, and detachably coupled to the module receiving part, wherein the circuit breaker body comprises: a terminal cover coupled to a terminal part (102,103) of the circuit breaker body; characterized in that an interlock member is provided in the circuit breaker body to restrict or release the opening of the terminal cover, and in that the interface module comprises: an interlock driver that operates the interlock member. a circuit breaker body connected to a main circuit, and provided with a module receiving part on an outer surface thereof; and an interface module provided independently from the circuit breaker body, and detachably coupled to the module receiving part, wherein the circuit breaker body comprises: a terminal cover coupled to a terminal part (102,103) of the circuit breaker body; characterized in that an interlock member is provided in the circuit breaker body to restrict or release the opening of the terminal cover, and in that the interface module comprises: an interlock driver that operates the interlock member. a terminal cover coupled to a terminal part (102,103) of the circuit breaker body; characterized in that an interlock member is provided in the circuit breaker body to restrict or release the opening of the terminal cover, and in that the interface module comprises: an interlock driver that operates the interlock member.
An absorbent structure for use as part of an absorbent article, wherein the absorbent structure is a heterogeneous mass comprising a longitudinal axis, a lateral axis, a vertical axis, a plurality of elements and a plurality of discrete open cell foam pieces wherein the discrete open cell foam pieces enrobe the elements, and wherein the elements are a web.
Process for preparing an antiseptic product, the process comprising the steps of: a) providing at least one inorganic filler material, b) providing one or more source of lithium ions, c) providing one or more source of sodium ions, d) combining the at least one inorganic filler material of step a) with the one or more source of lithium ions of step b) in an amount such that the total amount of lithium ions in the final antiseptic product is from 20 to 60 000 ppm, based on the total weight of the antiseptic product, e) combining the at least one inorganic filler material of step a) with the one or more source of sodium ions of step c) in an amount such that the total amount of sodium ions in the final antiseptic product is from 20 to 20 000 ppm, based on the total weight of the antiseptic product, and wherein process steps d) and e) are carried out simultaneously, or separately in any order and wherein the molar ratio of sodium ions: lithium ions (Na: Li) in the antiseptic product is from 1:1 to 1:10 and the moisture content of the antiseptic product is < 15.0 wt.-%, based on the total weight of the antiseptic product, wherein the at least one inorganic filler material of step a) is selected from the group consisting of ground natural calcium carbonate, precipitated calcium carbonate, modified calcium carbonate, kaolin, kaolinitic clay, calcined kaolinitic clay, talc, calcium sulfate, quartz, attapulgite, diatomaceous earth, finely divided silica, aluminium oxide, aluminium hydroxide, silicates, pumice, dolomite, mica, titanium dioxide, and mixtures thereof. a) providing at least one inorganic filler material, b) providing one or more source of lithium ions, c) providing one or more source of sodium ions, d) combining the at least one inorganic filler material of step a) with the one or more source of lithium ions of step b) in an amount such that the total amount of lithium ions in the final antiseptic product is from 20 to 60 000 ppm, based on the total weight of the antiseptic product, e) combining the at least one inorganic filler material of step a) with the one or more source of sodium ions of step c) in an amount such that the total amount of sodium ions in the final antiseptic product is from 20 to 20 000 ppm, based on the total weight of the antiseptic product, and
An adjustable anchoring device for the wall assembly of coating panels, comprising an anchoring plaque to a panel and a coupling for anchoring to a wall, wherein said device comprises a slide sliding linearly with respect to said plaque, in a first direction, said coupling being at least partially associated with said slide and movable with respect to the latter in at least a second direction, substantially perpendicular with respect to said first direction, said device further comprising regulation means (6C,9C,10C) suitable for controlling the sliding of said slide with respect to said plaque, said regulation means comprising: - a threaded seat produced in said slide, - a corresponding fin integral with said plaque which extends perpendicularly to sliding rails in said plaque and - a regulation bolt cooperating with said corresponding fin and with said threaded seat to effect the sliding of said slide in said first direction, and it comprises actuation means (13C, 16C, 17C, 18C, 19C, 20C) suitable for controlling said movement of said coupling in said second direction, said actuation means comprising - an actuation bolt at least partly housed in said slide, said actuation bolt being arranged parallel to said regulation bolt, - the axis of said actuation bolt being directed parallel to said first direction and perpendicular to said corresponding fin; - said regulation bolt and said actuation bolt being both accessible from said first direction without requiring holes passing through the front of the panel, characterized in that said actuation means comprise sloping planes (18C,19C) with respect to said first sliding direction and cooperating with each other to determine the movement of said coupling in at least said second direction, wherein said coupling is a hook equipped with at least sloping seats and in which said actuation bolt cooperates with a stop integral with the slide and with a threaded seat situated in a framework housed in said slide, said framework comprising sloping guides cooperating with said sloping seats. - a threaded seat produced in said slide, - a corresponding fin integral with said plaque which extends perpendicularly to sliding rails in said plaque and - a regulation bolt cooperating with said corresponding fin and with said threaded seat to effect the sliding of said slide in said first direction, - an actuation bolt at least partly housed in said slide, said actuation bolt being arranged parallel to said regulation bolt, - the axis of said actuation bolt being directed parallel to said first direction and perpendicular to said corresponding fin; - said regulation bolt and said actuation bolt being both accessible from said first direction without requiring holes passing through the front of the panel,
A pneumatic tire whose position when mounted on a vehicle is specified, and which has a tread portion having an outside tread edge (Teo) located toward the outside of the vehicle when mounted on the vehicle, an inside tread edge (Tei) located toward the inside of the vehicle when mounted on the vehicle, an outside crown land region located between the tire equator and the outside tread edge (Teo), and an inside crown land region located between the tire equator and the inside tread edge (Tei), wherein in a meridian cross-section of the tire including the rotational axis of the tire in a regular state of the tire mounted on a regular rim, inflated to a regular pressure and loaded with no tire load, each of the outside crown land region and the inside crown land region has a tread convexed outwardly in the tire radial direction, and a radius of curvature of the tread of the outside crown land region is greater than a radius of curvature of the tread of the inside crown land region, characterized in that each of the outside crown land region and the inside crown land region has a plurality of sipes with a width smaller than 2 mm and has no grooves with a width larger than 2 mm. in a meridian cross-section of the tire including the rotational axis of the tire in a regular state of the tire mounted on a regular rim, inflated to a regular pressure and loaded with no tire load, each of the outside crown land region and the inside crown land region has a tread convexed outwardly in the tire radial direction, and a radius of curvature of the tread of the outside crown land region is greater than a radius of curvature of the tread of the inside crown land region, characterized in that each of the outside crown land region and the inside crown land region has a plurality of sipes with a width smaller than 2 mm and has no grooves with a width larger than 2 mm.
A device for cutting hair, comprising a treatment head which is placed against said user's skin during use of the device, the treatment head comprising a cutting unit configured to cut hair and a controller configured to control an operating characteristic of the cutting unit, and a plurality of sensors (7a-7g) configured to detect a substance applied to a user's hair and/or skin, wherein at least two of the plurality of sensors are arranged around a periphery (11, 12, 13) of the cutting unit, such that the sensors are arranged to detect the hair and/or skin of a user which is adjacent to the cutting unit in a plurality of directions when the device is in use characterised in that the device further comprises a motion sensor configured to detect a direction in which the device, during use, is moving over the skin of the user, and in that the sensors are to detect a boundary between a substance being present and not being present, and that the controller is configured to change an operating characteristic of the cutting unit in dependence on detection of said substance on said hair and/or skin by at least one of the sensors and the detection of the direction in which the device is moving.
Method for setting the fiber orientation of a carded web in roller card units, characterized in that the fiber orientation of the carded web is defined and a first control variable is produced, and that subsequently in the transport direction of the carded web, the surface weight of the fibrous web is determined and produced as a second control variable, wherein the first and second control variables (13a, 14a) are compared with the associated reference variables (16, 17) and that when the deviations of the control variables (13a, 14a) from the reference variables (16, 17), at least one actuator to change the fiber orientation (19, 19', 19", 19''') and/or at least one actuator to change the surface weight can be operated by means of a signal.
Vacuum device for creating negative pressure in plants for the processing of containers, in particular, in systems for the filling of containers with a liquid filling product, with a vacuum source, of which the vacuum capacity and/or suction capacity is controllable and/or regulatable, wherein the vacuum source of the vacuum device is formed by at least two electrically driven vacuum pumps (4.1 - 4.3), configured for parallel operation, and wherein the total vacuum capacity or suction capacity of the vacuum device is controllable by the number of vacuum pumps (4.1 - 4.3) activated in each case, by means of a controlling and regulating unit, characterised in that the controlling and regulating unit is configured for controlling and/or regulating the vacuum capacity and/or suction capacity of the vacuum pumps (4.1 - 4.3) and/or for switching the vacuum pumps (4.1 - 4.3) on and off, taking into account a total characteristic curve of the vacuum device, which reproduces the electrical power for the drive of the vacuum pumps (4.1 - 4.3) which is required for a total vacuum capacity and/or suction capacity of the vacuum device, and, specifically, preferably by taking account of the pump characteristic curves of the vacuum pumps (4.1 - 4.3) and/or of an optimum degree of efficiency for the vacuum pumps (4.1 - 4.3), deriving in each case from their pump characteristic curve, wherein the pump characteristic curves of the vacuum pumps (4.1 - 4.3) reproduce their vacuum capacity and suction capacity as a function of the electrical power requirement.