mhurhangee/ep-ind-claims huggingface dataset:
An absorbent article, the absorbent article being a diaper and comprising: a liquid permeable topsheet; a liquid impermeable backsheet; a laterally-extending separation element defining a front region on a first side of the separation element and a back region on a second side of the separation element, the separator element being a structural separator located, in use, in the region of the absorbent article generally corresponding to the perineal region of the wearer; and an absorbent core positioned at least partially intermediate the liquid permeable topsheet and the liquid impermeable backsheet; wherein the liquid permeable topsheet comprises a first zone situated primarily in the front region and having a first substantially transferrable chemical treatment that is hydrophobic and a second zone situated primarily in the back region and having a second substantially transferrable chemical treatment that has a different hydrophilicity as the first chemical treatment. a liquid permeable topsheet; a liquid impermeable backsheet; a laterally-extending separation element defining a front region on a first side of the separation element and a back region on a second side of the separation element, the separator element being a structural separator located, in use, in the region of the absorbent article generally corresponding to the perineal region of the wearer; and an absorbent core positioned at least partially intermediate the liquid permeable topsheet and the liquid impermeable backsheet; wherein the liquid permeable topsheet comprises a first zone situated primarily in the front region and having a first substantially transferrable chemical treatment that is hydrophobic and a second zone situated primarily in the back region and having a second substantially transferrable chemical treatment that has a different hydrophilicity as the first chemical treatment.
A suspension arm for a vehicle wheel suspension system, manufactured as a formed sheet-metal part having at least two connection points (A 1 - A 3), comprising a base connecting at least two connection points (A 1 - A 3), an impression (4, 5) which follows the longitudinal extent of the base, thus forming inner stiffening limbs running along said impression parallel or approximately parallel to the outer edge of the base, also comprising a reach-through opening which is introduced into the base of the impression and which has a collar integrally formed on the base, characterised in that the reach-through opening is located in the region of the impression (4, 5) and has a geometry deviating from the circular cross-sectional geometry, which circular cross-sectional geometry is formed by a plurality of reach-through opening sections (8.1, 8.2, 8.3, 8.4) whose boundary contours at least partially differ, and of which sections (8.1, 8.2, 8.3, 8.4) at least one is approximated, or at least partially corresponds, to the profile of the stiffening limb that is closest to it.
A method comprising: determining by a user device, if one or more of a plurality of component carriers is not activated; and causing by the user device information, indicating which one or more component carriers of the plurality of component carriers is not activated, to be transmitted as part of channel state information signaling, wherein the information comprises a predefined discontinuous transmission - channel quality indicator provided as a predetermined pseudo-random bit pattern having a low cross-correlation with respect to channel state information corresponding to activated component carriers, wherein the predefined discontinuous - channel quality indicator is transmitted on the same reserved resources to be used for providing channel state information for the one or more component carriers were the one or more component carriers activated. determining by a user device, if one or more of a plurality of component carriers is not activated; and causing by the user device information, indicating which one or more component carriers of the plurality of component carriers is not activated, to be transmitted as part of channel state information signaling, wherein the information comprises a predefined discontinuous transmission - channel quality indicator provided as a predetermined pseudo-random bit pattern having a low cross-correlation with respect to channel state information corresponding to activated component carriers, wherein the predefined discontinuous - channel quality indicator is transmitted on the same reserved resources to be used for providing channel state information for the one or more component carriers were the one or more component carriers activated.
Container for a munition arranged to be introduced into a cell of a missile launcher adapted to be taken on board a watercraft, the container having a base, which is provided with a plurality of reclosable doorways (56; 156; 256), and partitioning sub-dividing the container into a plurality of tubes, each tube being arranged to receive a missile and each doorway facing a tube, said container thereby forming a multiple container.
A band steering method for a wireless network comprising at least a first and second radio bands, at least one wireless access point, and at least one client device (110, 112, 114), the method comprising the steps of: receiving, by the wireless access point, an open authentication request from the client device on one or more of the radio bands; if the open authentication request is received on the second radio band, generating an open authentication response on the second radio band; if the open authentication request is received only on the first radio band, generating a delayed open authentication response on the first radio band; wherein: the delayed open authentication response is generated after expiry of a predetermined first period of time t 1 if no open authentication request is received on the second radio band during the time t 1; the delayed open authentication response is generated after expiry of a predetermined second period of time t 2 if a subsequent open authentication request is received on the second radio band during the time t 1 and if no connection between the access point and the client device is established on the second radio band during t 2; wherein t 1 <t 2. receiving, by the wireless access point, an open authentication request from the client device on one or more of the radio bands; if the open authentication request is received on the second radio band, generating an open authentication response on the second radio band; if the open authentication request is received only on the first radio band, generating a delayed open authentication response on the first radio band; wherein: the delayed open authentication response is generated after expiry of a predetermined first period of time t 1 if no open authentication request is received on the second radio band during the time t 1; the delayed open authentication response is generated after expiry of a predetermined second period of time t 2 if a subsequent open authentication request is received on the second radio band during the time t 1 and if no connection between the access point and the client device is established on the second radio band during t 2; the delayed open authentication response is generated after expiry of a predetermined first period of time t 1 if no open authentication request is received on the second radio band during the time t 1; the delayed open authentication response is generated after expiry of a predetermined second period of time t 2 if a subsequent open authentication request is received on the second radio band during the time t 1 and if no connection between the access point and the client device is established on the second radio band during t 2; wherein t 1 <t 2.
Method for producing an electrically conductive connection between a first conductive element and a second conductive element on a textile carrier material, whereas the first and second conductive elements (31, 32) are arranged on the carrier material, an electrically conductive thermal transfer adhesive is arranged in the region of the first and second conductive element (31, 32) and the thermal transfer adhesive is melted until it is flowable, such that the flowable thermal transfer adhesive at least partially surrounds the first and second conductive element (31, 32) and connects to the carrier material, and the first conductive element and the second conductive element are electrically connected to one another via the thermal transfer adhesive after the thermal transfer adhesive has hardened, characterized in that a patch comprising an electrically conductive thermal transfer adhesive applied to a side facing the carrier material or a patch and an adhesive patch made of electrically conductive thermal transfer adhesive between the patch and carrier material is used, whereas the patch is placed on the end of the first conductive element and the end of the second conductive element and on the carrier material before the thermal transfer adhesive is melted under pressure in order to produce the electrical connection or a patch comprising an electrically conductive thermal transfer adhesive applied to a side facing the carrier material or a patch and an adhesive patch made of electrically conductive thermal transfer adhesive between the patch and the carrier material is used as the second conductive element, whereas the patch is electrically conductive on a side facing the carrier material and the patch is placed on the end of the first conductive element and on the carrier material before the thermal transfer adhesive is melted under pressure in order to produce the electrical connection.
- Bilayer film for touch screen protection, comprising: - a first layer, called "inner layer", which is capable of being applied to the screen to be protected in the position of use, and whose inner face is coated with an adhesive enabling the bilayer film to be bonded to said screen; and - a second layer, called "outer layer", which is capable of being applied to the outer face of the inner layer by means of a permanent adhesive and whose outer face is intended to face the user of said screen in the position of use, characterized by the fact that: - the inner layer is a hard, screen-protecting layer made of polyethylene; and - the outer layer is a flexible, shock-absorbing and optionally anti-scratch layer made of a material selected from polyvinyl chloride and polyurethane, wherein the adhesive coating the inner layer can be protected before use by a peelable release sheet, and the outer face of the outer layer can be protected before use by a peelable protective sheet. - a first layer, called "inner layer", which is capable of being applied to the screen to be protected in the position of use, and whose inner face is coated with an adhesive enabling the bilayer film to be bonded to said screen; and - a second layer, called "outer layer", which is capable of being applied to the outer face of the inner layer by means of a permanent adhesive and whose outer face is intended to face the user of said screen in the position of use, - the inner layer is a hard, screen-protecting layer made of polyethylene; and - the outer layer is a flexible, shock-absorbing and optionally anti-scratch layer made of a material selected from polyvinyl chloride and polyurethane,
Storage/retrieval unit having a chassis for moving the storage/retrieval unit along a carriageway in the horizontal direction, a load handling means for picking up cargo and for setting down cargo, and a lifting unit for moving the load handling means along a mast in the vertical direction, wherein the chassis, the load handling means and the lifting unit each include at least one electric drive motor (18, 44, 28), and wherein a control unit is provided for controlling the electric drive motors (18, 44, 28), characterized in that the drive motors (18, 44, 28) of the chassis, the load handling means and the lifting unit are electrically connected using an intermediate circuit, in that an electric energy storage device is provided in the intermediate circuit, wherein the control unit is configured, in case of a failure of the electric power supply from the mains, to slow down the electric drive motors (18, 44, 28) to a standstill in a controlled manner using the electric power provided by the energy storage device; and in that the chassis, the load handling means and the lifting unit each include a mechanical brake (48, 52, 50), wherein the control unit is configured, in case of a failure of the electric power supply from the mains, to engage the mechanical brakes (48, 52, 50) only when the drive motors (18, 44, 28) have been slowed down to a standstill in a controlled manner.
A process for thickening a barium sulphate composition, the method comprising: providing an end user with a package containing a fully hydrated aqueous thickener concentrate; and admixing a thickening amount of the aqueous thickener concentrate with said barium sulphate composition. providing an end user with a package containing a fully hydrated aqueous thickener concentrate; and admixing a thickening amount of the aqueous thickener concentrate with said barium sulphate composition.
An interference screw for providing a compression fixation between a first and further component, comprising: an elongate body having a head end and a tip end and comprising a screw thread including a first region, in which the screw thread has a constant outer diameter and a corresponding first pitch that is constant between adjacent turns, and a further region, extending from the tip end to the first region of the screw thread, in which the screw thread is tapered and has a corresponding further pitch that continually decreases away from the tip end, wherein the first region of the screw thread blends into the further region of the screw thread at a location of the elongate body where the first region of the screw thread begins to taper inwards towards the tip end, characterised by the further region extending by about around 1.5 to 2 revolutions of the screw thread from the tip end to the first region of the screw thread. an elongate body having a head end and a tip end and comprising a screw thread including a first region, in which the screw thread has a constant outer diameter and a corresponding first pitch that is constant between adjacent turns, and a further region, extending from the tip end to the first region of the screw thread, in which the screw thread is tapered and has a corresponding further pitch that continually decreases away from the tip end, wherein the first region of the screw thread blends into the further region of the screw thread at a location of the elongate body where the first region of the screw thread begins to taper inwards towards the tip end, characterised by the further region extending by about around 1.5 to 2 revolutions of the screw thread from the tip end to the first region of the screw thread.
A nozzle construction for dispensing fuel into a vehicle, comprising: a poppet valve provided within the nozzle and normally seating onto a valve seat to prevent the flow of fuel through said nozzle during non-usage, and when opened allowing for the flow of fuel through said nozzle, said nozzle construction further comprising a gasket provided within the poppet valve and normally seating within the opening of the nozzle, said gasket being truncated in shape, said nozzle construction further comprising a poppet stem, said poppet stem being provided within said truncated gasket said poppet valve, upon a forced opening furnishing an enhanced flow of fuel through said nozzle, during dispensing; and a handle lever, said handle lever contacting the bottom of said poppet stem and when said lever is raised, lifting said poppet stem and gasket to allow said enhanced flow of fuel through the nozzle during fuel dispensing, characterized in that said nozzle includes an automatic shutoff, said handle lever cooperating with said poppet valve and its stem to initiate the flow of fuel through said nozzle or to release said poppet and said stem to shutoff fuel flow through said poppet valve, said handle lever also securing with the automatic shutoff to achieve closure of said poppet valve when the automatic shutoff detects a fuel filled vehicle; said handle lever including a hand gripping portion, a handle link at one end thereof being pivotally connected to said handle lever, a latch plate, said handle link at its other end pivotally connecting with said latch plate, at the location of connection of said handle link to said latch plate, said handle lever end having an elongated slot such that as the handle link pivots it also shifts along said elongated slot and thereby lessen the force necessary to lift the valve stem to shift the poppet valve into an opened position during fuel flow through said nozzle; and said latch plate at its front end pivotally connecting with the automatic shutoff, a lock plate pivotally connecting with said handle lever, and at its other end engaging with the opposite end of said latch plate to secure the nozzle into an opened and fuel flowing condition for dispensing of fuel a poppet valve provided within the nozzle and normally seating onto a valve seat to prevent the flow of fuel through said nozzle during non-usage, and when opened allowing for the flow of fuel through said nozzle, said nozzle construction further comprising a gasket provided within the poppet valve and normally seating within the opening of the nozzle, said gasket being truncated in shape, said nozzle construction further comprising a poppet stem, said poppet stem being provided within said truncated gasket said poppet valve, upon a forced opening furnishing an enhanced flow of fuel through said nozzle, during dispensing; and a handle lever, said handle lever contacting the bottom of said poppet stem and when said lever is raised, lifting said poppet stem and gasket to allow said enhanced flow of fuel through the nozzle during fuel dispensing,
A consumable product (100, 200, 300, 400, 500, 600, 700, 800) for use in an aerosol generating device, the consumable product (100, 200, 300, 400, 500, 600, 700, 800) comprising: a foam matrix (102, 202, 302, 402, 502, 602, 702, 802), wherein the foam matrix (102, 202, 302, 402, 502, 602, 702, 802) is impregnated with a medium for generating an aerosol; and a packaging element (104, 204, 304, 404, 504, 604, 704, 804) housing the foam matrix (102, 202, 302, 402, 502, 602, 702, 802); wherein the packaging element (104, 204, 304, 404, 504, 604, 704, 804) is configured to hold the foam matrix (102, 202, 302, 402, 502, 602, 702, 802) in a first, compressed, configuration prior to use of the consumable product (100, 200, 300, 400, 500, 600, 700, 800) in an aerosol generating device; the packaging element (104, 204, 304, 404, 504, 604, 704, 804) having a first sacrificial seal (212, 312, 430, 530, 630, 640, 812), wherein upon opening the first sacrificial seal (212, 312, 430, 530, 630, 640, 812), the packaging element (104, 204, 304, 404, 504, 604, 704, 804) holds the foam matrix (102, 202, 302, 402, 502, 602, 702, 802) in a second, less compressed, configuration, wherein the foam matrix (102, 202, 302, 402, 502, 602, 702, 802) in at least the second, less compressed, configuration enables fluid to pass through it. a foam matrix (102, 202, 302, 402, 502, 602, 702, 802), wherein the foam matrix (102, 202, 302, 402, 502, 602, 702, 802) is impregnated with a medium for generating an aerosol; and a packaging element (104, 204, 304, 404, 504, 604, 704, 804) housing the foam matrix (102, 202, 302, 402, 502, 602, 702, 802); wherein the packaging element (104, 204, 304, 404, 504, 604, 704, 804) is configured to hold the foam matrix (102, 202, 302, 402, 502, 602, 702, 802) in a first, compressed, configuration prior to use of the consumable product (100, 200, 300, 400, 500, 600, 700, 800) in an aerosol generating device; the packaging element (104, 204, 304, 404, 504, 604, 704, 804) having a first sacrificial seal (212, 312, 430, 530, 630, 640, 812), wherein upon opening the first sacrificial seal (212, 312, 430, 530, 630, 640, 812), the packaging element (104, 204, 304, 404, 504, 604, 704, 804) holds the foam matrix (102, 202, 302, 402, 502, 602, 702, 802) in a second, less compressed, configuration, wherein the foam matrix (102, 202, 302, 402, 502, 602, 702, 802) in at least the second, less compressed, configuration enables fluid to pass through it.
A ceramic honeycomb structure comprising a plurality of cells, each cell comprising a peripheral wall delimiting a through cavity, the through cavity opening out on a first face and on a second face respectively at a first opening and a second opening, wherein at least one cell comprises a rim integral with the wall of the cell and protruding from said wall at least at one of the openings (34, 36).
A storage device for reels of electronic components comprising: - a support frame; and - a plurality of storage units which are arranged on the support frame and which are configured to receive at least one of the reels, wherein there are defined on the support frame: - an unloading side for accessing the storage units and for unloading the reels from the storage units; and - a loading side, which is different from the unloading side, for accessing the storage units and loading the reels in the storage unit, and characterised in that each storage unit is pivotable between a storage position, in which the reel is retained inside the storage unit, an unloading position, in which the reel is released towards the unloading side, and a loading position, in which it is pivoted towards the loading side, in order to make it easier to introduce a reel into the storage unit, and in that in each storage unit there is defined an opening through which the reel is loaded in and unloaded from the storage unit, the opening being directed towards the loading side when the storage unit is pivoted into the loading position and towards the unloading side when the storage unit is pivoted into the unloading position. - a support frame; and - a plurality of storage units which are arranged on the support frame and which are configured to receive at least one of the reels, - an unloading side for accessing the storage units and for unloading the reels from the storage units; and - a loading side, which is different from the unloading side, for accessing the storage units and loading the reels in the storage unit, and characterised in that each storage unit is pivotable between a storage position, in which the reel is retained inside the storage unit, an unloading position, in which the reel is released towards the unloading side, and a loading position, in which it is pivoted towards the loading side, in order to make it easier to introduce a reel into the storage unit, and in that in each storage unit there is defined an opening through which the reel is loaded in and unloaded from the storage unit, the opening being directed towards the loading side when the storage unit is pivoted into the loading position and towards the unloading side when the storage unit is pivoted into the unloading position.