mhurhangee/ep-ind-claims huggingface dataset:
A pressure sensitive adhesive sheet for tires, comprising a release material, a first pressure sensitive adhesive layer, a first substrate, a second pressure sensitive adhesive layer, and a second substrate, in this order; and satisfying the following requirements to: Requirement: in a planar view of the pressure sensitive adhesive sheet for tires, the outline of the first pressure sensitive adhesive layer exists inside the outline of the second substrate and inside the outline of the second pressure sensitive adhesive layer; the shortest distance between the outline of the second substrate and the outline of the first pressure sensitive adhesive layer is 0.10 to 10.00 mm; Requirement: the MD stiffness of the second substrate, measured in the Gurley method according to JIS L 1085, is 0.10 mN or more; and Requirement: the minimum height h1 that is the shortest distance from the edge of the surface on the opposite side to the second substrate of the second pressure sensitive adhesive layer to the release material is 0.03 mm or more. Requirement: in a planar view of the pressure sensitive adhesive sheet for tires, the outline of the first pressure sensitive adhesive layer exists inside the outline of the second substrate and inside the outline of the second pressure sensitive adhesive layer; the shortest distance between the outline of the second substrate and the outline of the first pressure sensitive adhesive layer is 0.10 to 10.00 mm; Requirement: the MD stiffness of the second substrate, measured in the Gurley method according to JIS L 1085, is 0.10 mN or more; and Requirement: the minimum height h1 that is the shortest distance from the edge of the surface on the opposite side to the second substrate of the second pressure sensitive adhesive layer to the release material is 0.03 mm or more.
A method of increasing Electrospray MS analyte ion signal amplitude using at least one of electrolyte benzoic acid, trimethyl acetic acid or cyclohexanecarboxylic acid as an additive to the sample solution.
A wireless interface (110, 210, 310, 410, 510, 610, 710) comprising: a volume control; and a digital signal processor (230, 330, 430, 530) configured to receive settings of the volume control, the wireless interface configured to do at least: establish one or more wireless communications with one or more hearing aids using a wireless protocol having a packet including a header and a payload; send a volume change command to at least one of the one or more hearing aids using the wireless protocol to change the audio volume of at least one of the one or more hearing aids; transmit streaming audio; and send a mute change command to at least one of the one or more hearing aids, the mute change command specifying a mute state to configure the at least one of the one or more hearing aids to play the streaming audio blended with audio from a hearing instrument microphone on the respective at least one of the one or more hearing aids. a volume control; and a digital signal processor (230, 330, 430, 530) configured to receive settings of the volume control, the wireless interface configured to do at least: establish one or more wireless communications with one or more hearing aids using a wireless protocol having a packet including a header and a payload; send a volume change command to at least one of the one or more hearing aids using the wireless protocol to change the audio volume of at least one of the one or more hearing aids; transmit streaming audio; and send a mute change command to at least one of the one or establish one or more wireless communications with one or more hearing aids using a wireless protocol having a packet including a header and a payload; send a volume change command to at least one of the one or more hearing aids using the wireless protocol to change the audio volume of at least one of the one or more hearing aids; transmit streaming audio; and send a mute change command to at least one of the one or more hearing aids, the mute change command specifying a mute state to configure the at least one of the one or more hearing aids to play the streaming audio blended with audio from a hearing instrument microphone on the respective at least one of the one or more hearing aids.
A method for the preparation of a hydrophobically sized layer of a fibrous web, comprising the steps of - bringing water, microfibrillated cellulose, hydrophobic size, and a heat-sensitive surfactant into a foam, - supplying the foam onto a forming fabric, - dewatering the foam on the forming fabric by suction to form a web, - subjecting the web to drying, and - heating the web to suppress the hydrophilic functionality of the surfactant. - bringing water, microfibrillated cellulose, hydrophobic size, and a heat-sensitive surfactant into a foam, - supplying the foam onto a forming fabric, - dewatering the foam on the forming fabric by suction to form a web, - subjecting the web to drying, and - heating the web to suppress the hydrophilic functionality of the surfactant.
A device for equipping automobile industry production lines, wherein a vehicle is guided along the production line and is filled during this movement by means of a filling adapter, and wherein the at least one filling adapter is removed after filling from the connection area of the assembly to be filled using an industrial robot and is then placed in an adapter tray, wherein the device comprises a rail system having a traversing axis and a traversing console, wherein an industrial robot comprising a gripper is guided along the traversing axis, characterized in that the gripper is configured as a compensating gripper which can be brought into an operative connection with a gripping element formed on the filling adapter, wherein the compensating gripper and the gripping element are configured such that a compensation mechanism can be triggered during the gripping movement which can compensate an angular and/or axial offset between the compensating gripper and the gripping element of the filling adapter at the connection area of the assembly to be filled and wherein said compensation mechanism is brought into a defined ZERO position before the filling adapter is placed in the adapter tray.
A negative pressure wound therapy apparatus comprising: a negative pressure source configured to provide, via a fluid flow path, negative pressure to a wound; a connector port in fluid communication with an inlet of the negative pressure source and configured to be fluidically connected either (i) to a canister configured to store fluid aspirated from the wound or (ii) to a wound dressing without a canister between the connector port and the wound dressing; a plurality of switches disposed at the connector port; and a controller configured to: based on a signal received from the plurality of switches, determine if the canister is positioned in the fluid flow path; and adjust one or more operational parameters of negative pressure wound therapy based on the determination. a negative pressure source configured to provide, via a fluid flow path, negative pressure to a wound; a connector port in fluid communication with an inlet of the negative pressure source and configured to be fluidically connected either (i) to a canister configured to store fluid aspirated from the wound or (ii) to a wound dressing without a canister between the connector port and the wound dressing; a plurality of switches disposed at the connector port; and a controller configured to: based on a signal received from the plurality of switches, determine if the canister is positioned in the fluid flow path; and adjust one or more operational parameters of negative pressure wound therapy based on the determination. based on a signal received from the plurality of switches, determine if the canister is positioned in the fluid flow path; and adjust one or more operational parameters of negative pressure wound therapy based on the determination.
A nitrile compound represented by Formula (I-3), Formula (I-2) or Formula (I-1), wherein the bond represented by a wavy line in Formula (I-1) and Formula (I-2) indicates a cis form, a trans form, or a mixture of a cis form and a trans form.
A method of assembling an assembled part for motor vehicle that is assembled from first and second parts (12, 14), characterized in that the method comprising the steps of: • providing at least one of the first and second (12, 14) parts with an adhesive for bonding with the other part, the adhesive being of a first type that is activated under the effect of at least one first predetermined condition; • providing at least one of the first and second (12, 14) parts with an adhesive for bonding with the other part, the adhesive being of a second type, distinct from the adhesive of the first type, and being activated under the effect of at least one second predetermined condition that is different from the first predetermined condition; • then assembling the first and second (12, 14) parts together by means of the adhesive of the first type, exposing the first and second (12, 14) parts to the first predetermined condition so as to define a mutual relative position for the first and second (12, 14) parts in the assembled part, and in the absence of the second predetermined condition; and • exposing the assembled-together first and second (12, 14) parts to the second predetermined condition. • providing at least one of the first and second (12, 14) parts with an adhesive for bonding with the other part, the adhesive being of a first type that is activated under the effect of at least one first predetermined condition; • providing at least one of the first and second (12, 14) parts with an adhesive for bonding with the other part, the adhesive being of a second type, distinct from the adhesive of the first type, and being activated under the effect of at least one second predetermined condition that is different from the first predetermined condition; • then assembling the first and second (12, 14) parts together by means of the adhesive of the first type, exposing the first and second (12, 14) parts to the first predetermined condition so as to define a mutual relative position for the first and second (12, 14) parts in the assembled part, and in the absence of the second predetermined condition; and • exposing the assembled-together first and second (12, 14) parts to the second predetermined condition.
Method for producing a plug-through connection arrangement of a plurality of electrical cables (1a - 1d) and/or fluid-conveying hoses, which have an encapsulation consisting of a plastic and which extend through respectively assigned openings (3a - 3d) of a plastic component while being arranged at a distance next to one another, comprising the following steps: - providing the plastic part having the prefabricated plurality of openings (3a - 3d), - mounting the electrical cables (1a - 1d) and/or fluid-conveying hoses through the respectively assigned openings (3a - 3d) so that the outer wall of the encapsulation consisting of plastic comes into contact with the inner wall of the respective openings (3a - 3d) of the plastic component, - thermally welding the electrical cables (1a - 1d) and/or fluid-conveying hoses to the plastic component in the region of the respective opening (3a - 3d) in order to produce a materially sealing component connection, by: - at least two laser beam units (5a, 5b) positioned opposite one another being aimed at a respectively assigned initial connection position, after which - the opposing laser beam units (5a, 5b) are activated and set in a linear relative movement transversely with respect to the extent direction of the openings (3a - 3d) in order to provide the material connection by surface fusion of the encapsulation to the plastic component. - providing the plastic part having the prefabricated plurality of openings (3a - 3d), - mounting the electrical cables (1a - 1d) and/or fluid-conveying hoses through the respectively assigned openings (3a - 3d) so that the outer wall of the encapsulation consisting of plastic comes into contact with the inner wall of the respective openings (3a - 3d) of the plastic component, - thermally welding the electrical cables (1a - 1d) and/or fluid-conveying hoses to the plastic component in the region of the respective opening (3a - 3d) in order to produce a materially sealing component connection, by: - at least two laser beam units (5a, 5b) positioned opposite one another being aimed at a respectively assigned initial connection position, after which - the opposing laser beam units (5a, 5b) are activated and set in a linear relative movement transversely with respect to the extent direction of the openings (3a - 3d) in order to provide the material connection by surface fusion of the encapsulation to the plastic component.
A data lane (150, 250) comprising a channel for transmitting a signal and a trace for coupling to an input of a receiver, the trace comprising: a plurality of first portions; and a plurality of second portions alternately coupled in series with the first portions, the second portions having a width that is different from that of the first portions; the trace being non-uniform, the data lane characterized in that the trace includes a plurality of periods, each of the periods includes a first portion (301a, 301b), a second portion (303a, 303b) opposite the first portion (301a, 301b), and a middle portion (302a, 302b) coupling the first portion (301a, 301b) and the second portion (303a, 303b), each of the periods includes one of the first portions and an adjacent one of the second portions, each period having a length Λ and a plurality of widths along a direction perpendicular to the length Λ, for each period, the width of the periods of the non-uniform trace is configured to vary at different portions along the length Λ and the length Λ of each period being substantially equal to each other, the trace at least selectively enhances reflection of the signal propagating through the channel at predetermined frequencies to the input of the receiver by arranging the periods having varying widths according to the length Λ of each period, the reflection at each period being combined, so that when the signal propagates through the channel, the signal is reflected at predetermined frequencies by the non-uniform trace and in the aggregate is enhanced at the predetermined frequencies, and the predetermined frequencies being near a clock rate of the channel. a plurality of first portions; and a plurality of second portions alternately coupled in series with the first portions, the second portions having a width that is different from that of the first portions; the trace being non-uniform, the data lane characterized in that the trace includes a plurality of periods, each of the periods includes a first portion (301a, 301b), a second portion (303a, 303b) opposite the first portion (301a, 301b), and a middle portion (302a, 302b) coupling the first portion (301a, 301b) and the second portion (303a, 303b), each of the periods includes one of the first portions and an adjacent one of the second portions, each period having a length Λ and a plurality of widths along a direction perpendicular to the length Λ, for each period, the width of the periods of the non-uniform trace is configured to vary at different portions along the length Λ and the length Λ of each period being substantially equal to each other, the trace at least selectively enhances reflection of the signal propagating through the channel at predetermined frequencies to the input of the receiver by arranging the periods having varying widths according to the length Λ of each period, the reflection at each period being combined, so that when the signal propagates through the channel, the signal is reflected at predetermined frequencies by the non-uniform trace and in the aggregate is enhanced at the predetermined frequencies, and the predetermined frequencies being near a clock rate of the channel.
A method of detecting the presence of a nonlinear device comprising: comparing at least one first noise value to at least one second noise value, wherein the first noise value is from a first link having a first transmit power level and the second noise value is from a second link having a second different transmit power level, wherein a user is notified of the detection of a nonlinear device. comparing at least one first noise value to at least one second noise value, wherein the first noise value is from a first link having a first transmit power level and the second noise value is from a second link having a second different transmit power level, wherein a user is notified of the detection of a nonlinear device.
A bit holder (11, 35, 45, 60) comprising a forward body portion comprising a rear body annular flange, the forward body portion configured to hold a bit; a generally cylindrical hollow shank (12, 36, 55, 68) configured to be inserted into a bit holder receiving bore in a base block, wherein the hollow shank depends axially from the rear body annular flange and comprises a slot (33, 38, 58, 67) through a side of the shank, the slot having a slot distal end and a slot forward terminus, the slot extending axially inwardly from a distal end (22, 27, 57) of the shank; and a forwardmost portion of the shank immediately adjacent the rear body annular flange having an outer diameter larger than an adjacent portion more toward the distal end, a bottom of the forwardmost portion being configured to form an annular interference contact with a complementary portion of the bit holder receiving bore of the base block; and wherein the shank is less than 60 mm (2-3/8 inches) in length from the rear body annular flange to the distal end (22, 27, 57) of the shank, characterized in that the slot is 10 to 16 mm (3/8 to 5/8 inches) in width.
A method for manufacturing a helically-shaped member, the method including: • providing profiled feed-wire comprising metal, the feed-wire having a central core and a plurality of longitudinal flanges extending outwards from the core and running parallel to the core; • providing a die body made of plastic, the die body having an axial cavity formed through the die body and a plurality of internal helical grooves formed in the die body, each helical groove extending substantially the whole length of the axial cavity at a substantially uniform helix angle; • engaging at least some of the flanges within respective internal helical grooves, and forcing the profiled feed-wire in an axial direction through the die body, whereby a plastic surface within at least one of the helical grooves deflects its respective flange thereby forcing the profiled feed-wire to helically deform as it advances through the die body; and • extruding a helically-shaped wire from the die body. • providing profiled feed-wire comprising metal, the feed-wire having a central core and a plurality of longitudinal flanges extending outwards from the core and running parallel to the core; • providing a die body made of plastic, the die body having an axial cavity formed through the die body and a plurality of internal helical grooves formed in the die body, each helical groove extending substantially the whole length of the axial cavity at a substantially uniform helix angle; • engaging at least some of the flanges within respective internal helical grooves, and forcing the profiled feed-wire in an axial direction through the die body, whereby a plastic surface within at least one of the helical grooves deflects its respective flange thereby forcing the profiled feed-wire to helically deform as it advances through the die body; and • extruding a helically-shaped wire from the die body.
A juice extractor with an easily assembled and disassembled housing, the juice extractor comprising; a driving unit having a motor housing having a motor mounted at the inside thereof, a rotary shaft connected to the motor and protruded toward one side of the motor housing, and a fixed shaft disposed adjacent to the rotary shaft on the motor housing; a juice extracting unit having roller portions (250, 260) operated by the motor provided at the driving unit so as to crush, extract and transfer juice extraction materials and a housing for accommodating the roller portions (250, 260) thereinto, characterised in that it further comprises a fastening unit for detachably coupling the housing of the juice extracting unit to the motor housing; and a sensor unit having a sensor operator mounted on the housing of the juice extracting unit and a sensor mounted on the motor housing in such a manner as to be operated by a change in distance with the sensor operator and located on the path connecting the motor and power to each other; wherein the motor is a reversible motor; wherein the motor housing has a forward rotation switch for forwardly rotating the motor, a stop switch for stopping the motor, and a reverse rotation switch for reversely rotating the motor; wherein a circuit is formed that the motor is driven with the lower output than the maximum output thereof when the forward rotation switch is turned on, and contrarily, a circuit is formed that the motor is driven with the maximum output thereof when the reverse rotation switch is turned on.
Orthopaedic bandage arrangement for an ankle joint, comprising a knitted part having a sock-like knitted main body, and a strap part, having an elongate strap main body, that is able to be joined to the knitted part, wherein at least one strap portion projects from the strap main body, said strap portion extending over the outside of the foot in the worn state of the bandage arrangement, in which the strap part is joined to the knitted part, characterized in that the strap portion extends over the ankle joint in the worn state of the bandage arrangement and is joined by its free end to the knitted main body and/or to the strap main body and as a result has a pronation effect on the ankle joint and provides supination protection for the ankle joint of the wearer.
A vehicle seat belt system having a seat belt webbing which is attached to a tongue that fastens into a buckle mechanism fixed to a load bearing part of the vehicle; the belt system comprising: - a seat belt retractor; - a seat belt webbing having a lap belt portion and a shoulder harness portion, the lap belt portion appropriately anchored and the shoulder harness portion connected at one end to the seat belt retractor, the seat belt webbing releasably connected to the buckle mechanism at the tongue and extending to an upper anchorage location; - a self-adjusting webbing guide; characterised in that - a vertical strap webbing extending from a lower portion located inside or behind a seat back extending upwardly to an intermediate location passing through a passageway or slot in the seat back and extending against the seat back passing through the webbing guide to an upper anchorage, and in that said self-adjusting webbing guide includes a pivoting guide connected to a locking mechanism activated by a forward movement of the occupant extending the shoulder webbing, the shoulder webbing being passed through an opening in the pivoting guide and free to move relative to the pivoting guide. - a seat belt retractor; - a seat belt webbing having a lap belt portion and a shoulder harness portion, the lap belt portion appropriately anchored and the shoulder harness portion connected at one end to the seat belt retractor, the seat belt webbing releasably connected to the buckle mechanism at the tongue and extending to an upper anchorage location; - a self-adjusting webbing guide; characterised in that - a vertical strap webbing extending from a lower portion located inside or behind a seat back extending upwardly to an intermediate location passing through a passageway or slot in the seat back and extending against the seat back passing through the webbing guide to an upper anchorage, and in that said self-adjusting webbing guide includes a pivoting guide connected to a locking mechanism activated by a forward movement of the occupant extending the shoulder webbing, the shoulder webbing being passed through an opening in the pivoting guide and free to move relative to the pivoting guide.