mhurhangee/ep-ind-claims huggingface dataset:
A pool cleaning robot for cleaning a pool, comprising: a housing; a first interfacing element (14, 13) that is configured to interface between the pool cleaning robot and a bottom of a pool while the pool cleaning robot cleans the bottom of the pool; one or more second interfacing elements (21, 22, 23) that differ from the first interfacing element and are configured to reduce a friction between the pool and the pool cleaning robot during at least a portion of an exit process in which the pool cleaning robot exits the pool; and wherein the pool cleaning robot is characterized by comprising an intermediate element that is rotatably coupled to the housing, wherein the intermediate element is a handle that has an axis of rotation that virtually intersects with a front lower part of the housing; wherein the handle is configured to move between a first position to a second position thereby changing a spatial relationship between the housing and the one or more second interfacing elements; wherein the one or more second interfacing elements comprise one or more radially symmetrical rotating elements that are coupled to the intermediate element; wherein the first position is a closed position; wherein the second position is an open position; wherein when the handle is positioned in the second position the one or more radially symmetrical rotating elements are spaced apart from the housing and precede the front lower part of the housing. a housing; a first interfacing element (14, 13) that is configured to interface between the pool cleaning robot and a bottom of a pool while the pool cleaning robot cleans the bottom of the pool; one or more second interfacing elements (21, 22, 23) that differ from the first interfacing element and are configured to reduce a friction between the pool and the pool cleaning robot during at least a portion of an exit process in which the pool cleaning robot exits the pool; and wherein the pool cleaning robot is characterized by comprising an intermediate element that is rotatably coupled to the housing, wherein the intermediate element is a handle that has an axis of rotation that virtually intersects with a front lower part of the housing; wherein the handle is configured to move between a first position to a second position thereby changing a spatial relationship between the housing and the one or more second interfacing elements; wherein the one or more second interfacing elements comprise one or more radially symmetrical rotating elements that are coupled to the intermediate element; wherein the first position is a closed position; wherein the second position is an open position; wherein when the handle is positioned in the second position the one or more radially symmetrical rotating elements are spaced apart from the housing and precede the front lower part of the housing.
Active ingredient combination of (a) creatine and creatinine (b) phenoxyethanol (c) glycerol. wherein the weight ratio of creatinine to creatine is selected in the range of 10: 1 to 1: 10, particularly preferably 4: 1 to 3 to 7, especially preferably 2: 1 to 1: 2. (a) creatine and creatinine (b) phenoxyethanol (c) glycerol.
A triplex greensmower with an open foot platform (132; 180), wherein the platform (132; 180) comprises: a left platform section (134; 182) and a right platform section (136; 184), each section removably attached to the triplex greensmower with a coupling (140; 186) extending rearwardly from each section; the left platform section (134; 182) and the right platform section (136; 184) defining a perimeter of an opening (138; 185) located in front of an operator seat when the platform (132; 180) is attached to the triplex greensmower, the opening (138; 185) having a larger length and width than a center reel cutting unit of the triplex greensmower; the triplex greensmower being characterised in that: a semi-transparent fabric cover is removably attached to the left platform section (134; 182) and the right platform section (136; 184) over the center reel cutting unit of the triplex greensmower, the semi-transparent fabric cover allowing the center reel cutting unit to be visible to an operator while mowing. a left platform section (134; 182) and a right platform section (136; 184), each section removably attached to the triplex greensmower with a coupling (140; 186) extending rearwardly from each section; the left platform section (134; 182) and the right platform section (136; 184) defining a perimeter of an opening (138; 185) located in front of an operator seat when the platform (132; 180) is attached to the triplex greensmower, the opening (138; 185) having a larger length and width than a center reel cutting unit of the triplex greensmower; the triplex greensmower being characterised in that: a semi-transparent fabric cover is removably attached to the left platform section (134; 182) and the right platform section (136; 184) over the center reel cutting unit of the triplex greensmower, the semi-transparent fabric cover allowing the center reel cutting unit to be visible to an operator while mowing.
A paint film-protecting sheet comprising a supporting substrate and a pressure-sensitive adhesive layer disposed on the supporting substrate, wherein the pressure-sensitive adhesive layer is comprised of a non-crosslinking pressure-sensitive adhesive, the supporting substrate is comprised of a resin film which contains one or more polyolefins selected from polyethylene and polypropylene in an amount of at least 50 wt% of the entire supporting substrate, the surface portion of the supporting substrate is comprised of a resin material that includes no homopolypropylene or includes homopolypropylene in a proportion of 60 wt% or less, and the surface portion of the supporting substrate which adjoins the pressure-sensitive adhesive layer satisfies both of the following conditions: it has an indentation modulus at 25°C (Er) of from 200 MPa to 1,100 MPa, and it has an indentation modulus at -5°C (Er(- 5)) of from 400 MPa to 2,400 MPa. determined according to the method described herein. it has an indentation modulus at 25°C (Er) of from 200 MPa to 1,100 MPa, and it has an indentation modulus at -5°C (Er(- 5)) of from 400 MPa to 2,400 MPa. determined according to the method described herein.
Method for mounting a wiper blade device with a wiper blade adapter and a wiper strip unit which has a wiper strip element, a wind deflector unit and a wiper lip, wherein the wind deflector unit has at least two wind deflector elements which are formed separately from one another, wherein the wiper blade adapter is placed onto the wiper strip unit, wherein the wind deflector elements are connected to the wiper blade adapter in a form-fitting manner, characterized in that, after the wiper blade adapter is placed onto the wiper strip unit, a support element is pushed into the wiper strip unit and into a longitudinal guide unit of the wiper blade adapter.
A wire rod, wherein the chemical composition consists of, in terms of mass%: C: 0.60 to 1.20%; Si: 0.80 to 1.30%; Mn: 0.30 to 0.90%; P: 0.020% or less; S: 0.020% or less; N: 0.0025 to 0.0060%; Cr: 0 to 1.00%; V: 0 to 0.800%; one or more selected from the group consisting of Al: 0.005 to 0.100%, Ti: 0.003 to 0.050%, and B: 0.0005 to 0.0040%; and the remainder including Fe and impurity, wherein an average value of a grain size of a pearlite block in a cross section perpendicular to a wire rod axial direction is 23 μm or less, and wherein a number density of the pearlite blocks having 40 μm or more of the grain size in the cross section perpendicular to the wire rod axial direction is 0 to 20 pieces/mm 2. C: 0.60 to 1.20%; Si: 0.80 to 1.30%; Mn: 0.30 to 0.90%; P: 0.020% or less; S: 0.020% or less; N: 0.0025 to 0.0060%; Cr: 0 to 1.00%; V: 0 to 0.800%; one or more selected from the group consisting of Al: 0.005 to 0.100%, Ti: 0.003 to 0.050%, and B: 0.0005 to 0.0040%; and
Driver circuitry for driving a power semiconductor switch (102, 302, 402), the power semiconductor switch having a control input and main terminals, the driver circuitry comprising: control terminal driver circuitry (126, 326, 426) configured to be coupled to the control input of the power semiconductor switch (102, 302, 402) and provide a drive signal (131, 231, 331, 431) thereto; a sense terminal (118, 318, 418) configured to be coupled to a main terminal of the power semiconductor switch; a current mirror coupled to the sense terminal (118, 318, 418) to mirror a current input (161, 361) into the sense terminal during turn-off; a first current comparator coupled to compare a current signal (129, 130, 161, 334, 361) received from the current mirror to a first current threshold and output a first signal representative of a result of the comparison, wherein the first current threshold represents a highest voltage of the main terminal during turn-off; and a second voltage comparator coupled to compare a signal received from the sense terminal (118, 318, 418) to a turn-on threshold and output a second signal representative of a result of the comparison, wherein the turn-on threshold represents a highest voltage of the main terminal during turn-on, wherein the first comparator, the second voltage comparator, and the switching circuitry are in a single semiconductor package, wherein the sense terminal is a terminal of the package. control terminal driver circuitry (126, 326, 426) configured to be coupled to the control input of the power semiconductor switch (102, 302, 402) and provide a drive signal (131, 231, 331, 431) thereto; a sense terminal (118, 318, 418) configured to be coupled to a main terminal of the power semiconductor switch; a current mirror coupled to the sense terminal (118, 318, 418) to mirror a current input (161, 361) into the sense terminal during turn-off; a first current comparator coupled to compare a current signal (129, 130, 161, 334, 361) received from the current mirror to a first current threshold and output a first signal representative of a result of the comparison, wherein the first current threshold represents a highest voltage of the main terminal during turn-off; and a second voltage comparator coupled to compare a signal received from the sense terminal (118, 318, 418) to a turn-on threshold and output a second signal representative of a result of the comparison, wherein the turn-on threshold represents a highest voltage of the main terminal during turn-on, wherein the first comparator, the second voltage comparator, and the switching circuitry are in a single semiconductor package, wherein the sense terminal is a terminal of the package.
A yarn accumulating device comprising: a yarn accumulating roller arranged to rotate under a state in which a running yarn is wound around a peripheral surface thereof; a yarn hooking member arranged capable of integrally rotating with the yarn accumulating roller and adapted to guide the yarn; and a yarn removal member having a contacting surface, the contacting surface being arranged movable between a standby position and a yarn removal position and being adapted to be capable of making contact with the yarn, the yarn removable member being adapted to remove the yarn from the yarn hooking member by moving the contacting surface to the yarn removal position, wherein the contacting surface includes a first portion and a second portion, in a direction in which the contacting surface moves from the standby position towards the yarn removal position, the first portion is located upstream of the second portion, characterised in that under a state in which the contacting surface has been moved to the yarn removal position, at least a portion of the first portion is located downstream of the yarn accumulating roller in a running direction of the yarn. a yarn accumulating roller arranged to rotate under a state in which a running yarn is wound around a peripheral surface thereof; a yarn hooking member arranged capable of integrally rotating with the yarn accumulating roller and adapted to guide the yarn; and a yarn removal member having a contacting surface, the contacting surface being arranged movable between a standby position and a yarn removal position and being adapted to be capable of making contact with the yarn, the yarn removable member being adapted to remove the yarn from the yarn hooking member by moving the contacting surface to the yarn removal position,
A disposable absorbent article comprising: a central body defining a first waist end region including a first end edge, a second waist end region spaced longitudinally from the first waist end region and including a second end edge, and a crotch region positioned therebetween; and an absorbent core composed of a single absorbent core element, the single absorbent core element constructed of super absorbent particles, the absorbent core situated between the end edges (212a,b), the absorbent core including a plurality of elastics incorporated therewith in a central elasticated region of the single absorbent core element, wherein the plurality of elastics are placed and attached beneath the single absorbent core element or on top of the single absorbent core element such that the single absorbent core element is substantially laterally contracted in a narrowed region about the elastics; and wherein the absorbent core includes at least one end region (E1, E2) that is substantially non-elasticized, the at least one end region (E1, E2) having a lateral width substantially wider than a lateral width of the narrowed region. a central body defining a first waist end region including a first end edge, a second waist end region spaced longitudinally from the first waist end region and including a second end edge, and a crotch region positioned therebetween; and an absorbent core composed of a single absorbent core element, the single absorbent core element constructed of super absorbent particles, the absorbent core situated between the end edges (212a,b), the absorbent core including a plurality of elastics incorporated therewith in a central elasticated region of the single absorbent core element, wherein the plurality of elastics are placed and attached beneath the single absorbent core element or on top of the single absorbent core element such that the single absorbent core element is substantially laterally contracted in a narrowed region about the elastics; and wherein the absorbent core includes at least one end region (E1, E2) that is substantially non-elasticized, the at least one end region (E1, E2) having a lateral width substantially wider than a lateral width of the narrowed region.
An adapter assembly for selectively interconnecting an electromechanical surgical device with a surgical attachment, the adapter assembly comprising: a proximal end and a distal end, the proximal end including a plurality of mating parts (218,220,222,230,232) adapted to be detachably connected to a respective plurality of mating parts of a surgical device; and characterized in that the plurality of mating parts (218,220,222,230,232) are aligned in a rotationally symmetrical configuration on said proximal end of the adapter assembly to permit detachable connecting of the adapter assembly to a surgical device in at least a first connection orientation and a second connection orientation that is rotationally spaced from the first connection orientation. a proximal end and a distal end, the proximal end including a plurality of mating parts (218,220,222,230,232) adapted to be detachably connected to a respective plurality of mating parts of a surgical device; and characterized in that the plurality of mating parts (218,220,222,230,232) are aligned in a rotationally symmetrical configuration on said proximal end of the adapter assembly to permit detachable connecting of the adapter assembly to a surgical device in at least a first connection orientation and a second connection orientation that is rotationally spaced from the first connection orientation.
A bottom laying device for the production of sacks, - preferably cross-bottom valve sacks, - which contains at least one gluing unit, which glues components of the sacks, - wherein the gluing unit contains a nozzle strip, which has at least one nozzle for the extrusion of glue onto the sack components, - a counter layer, which places the sack components with a force against the nozzle strip, - wherein the counter layer has a working surface, and - wherein with this working surface at least one part of the back side of the surface of a sack component to be glued can be subjected to force, characterized in that the working surface is segmented, in that the working surface contains bands and/or is defined by bands, wherein with each band deflected by a force of the nozzle strip in the direction towards the working surface pressure can be applied to the back side of the sack components. - preferably cross-bottom valve sacks, - which contains at least one gluing unit, which glues components of the sacks, - wherein the gluing unit contains a nozzle strip, which has at least one nozzle for the extrusion of glue onto the sack components, - a counter layer, which places the sack components with a force against the nozzle strip, - wherein the counter layer has a working surface, and - wherein with this working surface at least one part of the back side of the surface of a sack component to be glued can be subjected to force,
A method for switching between media play devices, the method comprising: acquiring and displaying, by a control device, a media play device list on a home area network, and determining a to-be-switched-to media play device according to a user operation; sending, by the control device, a request message that carries a browsing history of a switched-from media play device of a media content page of a media server and device capability information of the to-be-switched-to media play device to a remote user interface server, RUI Server, wherein the device capability information comprises at least one of: a resolution and a screen size; receiving, by the control device, a uniform resource identifier, URI, of a user interface, UI, sent by the RUI Server, wherein the UI is generated by the RUI Server according to the browsing history and the device capability information; and sending, by the control device, the URI to the to-be-switched-to media play device. acquiring and displaying, by a control device, a media play device list on a home area network, and determining a to-be-switched-to media play device according to a user operation; sending, by the control device, a request message that carries a browsing history of a switched-from media play device of a media content page of a media server and device capability information of the to-be-switched-to media play device to a remote user interface server, RUI Server, wherein the device capability information comprises at least one of: a resolution and a screen size; receiving, by the control device, a uniform resource identifier, URI, of a user interface, UI, sent by the RUI Server, wherein the UI is generated by the RUI Server according to the browsing history and the device capability information; and sending, by the control device, the URI to the to-be-switched-to media play device.
A separating device for removing solid particles from fluids, comprising: - a stack of at least three annular discs defining a central annular region along a central axis, each annular disc having an upper side and an underside, wherein the upper side of each annular disc each has two or more spacers, and wherein the upper side of each annular disc contacts the underside of the adjacent annular disc defining a separating gap, - a perforated pipe, which is located inside the concentric stack of at least three annular discs, - an end cap at the upper end of the central annular region and an end cap at the lower end of the central annular region, and - a band which is provided helically in axial direction on the outer surface of the perforated pipe and around which the annular discs are placed, whereby the annular discs are centered on the perforated pipe. - a stack of at least three annular discs defining a central annular region along a central axis, each annular disc having an upper side and an underside, wherein the upper side of each annular disc each has two or more spacers, and wherein the upper side of each annular disc contacts the underside of the adjacent annular disc defining a separating gap, - a perforated pipe, which is located inside the concentric stack of at least three annular discs, - an end cap at the upper end of the central annular region and an end cap at the lower end of the central annular region, and - a band which is provided helically in axial direction on the outer surface of the perforated pipe and around which the annular discs are placed, whereby the annular discs are centered on the perforated pipe.
A transverse carrier, in particular a seat transverse carrier, for a motor vehicle, comprising a transverse carrier main element and a transverse carrier reinforcing element, wherein a hollow space (7, 8) is formed between the transverse carrier main element and the transverse carrier reinforcing element, characterised in that an additional tubular reinforcing element (9, 10) is arranged in the hollow space (7, 8), wherein the transverse carrier is adapted for arrangement in the floor region of a passenger compartment and for absorption of collision energy in a lateral collision of the motor vehicle.
Retaining plate for a vacuum cleaner filter bag, comprising: a sealing element; a base plate in which a passage opening is formed; and a centering device which extends at least partially along the circumference of the passage opening, wherein the centering device comprises at least one first spring element which, when deformed in a radial direction, exerts a restoring force opposing the deformation, wherein the at least one spring element is formed from a deformed region of the retaining plate, and wherein the deformed region is wave-shaped. a sealing element; a base plate in which a passage opening is formed; and a centering device which extends at least partially along the circumference of the passage opening, wherein the centering device comprises at least one first spring element which, when deformed in a radial direction, exerts a restoring force opposing the deformation, wherein the at least one spring element is formed from a deformed region of the retaining plate, and wherein the deformed region is wave-shaped.
A system comprising: a magnetic field transmitter assembly including: a housing including a first layer (600, 604, 608) comprising an electrically-conductive material, a second layer (602, 606) comprising an electrically-insulating material, and a third layer (600, 604, 608) comprising an electrically-conductive material, wherein the second layer is positioned between the first layer and the third layer, and a plurality of magnetic field generator assemblies positioned within the housing; wherein the layers comprising an electrically-conductive material further comprise an electrically-insulating material, and the layers comprising the electrically- conductive material and the electrically-insulating material are arranged such that the electrically-conductive material and the electrically-insulating material are woven together. a housing including a first layer (600, 604, 608) comprising an electrically-conductive material, a second layer (602, 606) comprising an electrically-insulating material, and a third layer (600, 604, 608) comprising an electrically-conductive material, wherein the second layer is positioned between the first layer and the third layer, and a plurality of magnetic field generator assemblies positioned within the housing; wherein the layers comprising an electrically-conductive material further comprise an electrically-insulating material, and the layers comprising the electrically- conductive material and the electrically-insulating material are arranged such that the electrically-conductive material and the electrically-insulating material are woven together.