mhurhangee/patent-ind-claim-en huggingface dataset:
A tyre pressure monitoring unit for arrangement inside a motor vehicle tyre for capturing the tyre inflation pressure, comprising: an electronics housing , in which a printed circuit board with a pressure sensor for measuring the tyre pressure and a transmitter for wirelessly transmitting the at least one tyre-specific parameter are arranged, wherein at least one air inlet is formed in the electronics housing , wherein a gasket is arranged inside the electronics housing , wherein a gasket seating is formed in the electronics housing and the gasket seating is embodied as a substantially cylindrical recess which has a shell surface and a sealing surface , wherein the gasket is arranged between the pressure sensor and the electronics housing and the gasket has an air passage opening , wherein a groove-like recess is formed in the sealing surface of the gasket seating , characterized in that the air inlet and the groove-like recess as well as the air passage opening form a channel to the pressure sensor, wherein the air inlet and the air passage opening are arranged with an offset due to the groove-like recess . an electronics housing , in which a printed circuit board with a pressure sensor for measuring the tyre pressure and a transmitter for wirelessly transmitting the at least one tyre-specific parameter are arranged, wherein at least one air inlet is formed in the electronics housing , wherein a gasket is arranged inside the electronics housing , wherein a gasket seating is formed in the electronics housing and the gasket seating is embodied as a substantially cylindrical recess which has a shell surface and a sealing surface , wherein the gasket is arranged between the pressure sensor and the electronics housing and the gasket has an air passage opening , wherein a groove-like recess is formed in the sealing surface of the gasket seating , characterized in that the air inlet and the groove-like recess as well as the air passage opening form a channel to the pressure sensor, wherein the air inlet and the air passage opening are arranged with an offset due to the groove-like recess .
An absorbent article comprising a liquid permeable topsheet , a liquid impermeable backsheet , an absorbent core disposed between the topsheet and the backsheet , and a secondary topsheet disposed between the topsheet and the absorbent core , wherein the secondary topsheet comprises a first layer and a second layer , the first layer being located between the topsheet and the second layer , characterized in that a mean pore size of the first layer is larger than a mean pore size of the topsheet , wherein mean pore size is determined by the pore size measurement method defined in the test methods section herein. wherein the secondary topsheet comprises a first layer and a second layer , the first layer being located between the topsheet and the second layer , characterized in that a mean pore size of the first layer is larger than a mean pore size of the topsheet , wherein mean pore size is determined by the pore size measurement method defined in the test methods section herein.
A cover that is attached to an attaching portion that includes a first surface and a second surface adjacent to the first surface , comprising: a first flat cover portion that covers the first surface ; a second cover portion that is formed at both ends of the first flat cover portion in a first direction which orthogonally intersects with the first flat cover portion , respectively and covers the second surface ; a first fitting projection that is formed on an inner surface of the second cover portion and fits into a fitting recess that is formed on the second surface ; and a hook that is formed on one end edge of the first flat cover portion in a second direction orthogonally intersecting the first direction, and is inserted into a hook recess that is formed on the first surface . a first flat cover portion that covers the first surface ; a second cover portion that is formed at both ends of the first flat cover portion in a first direction which orthogonally intersects with the first flat cover portion , respectively and covers the second surface ; a first fitting projection that is formed on an inner surface of the second cover portion and fits into a fitting recess that is formed on the second surface ; and a hook that is formed on one end edge of the first flat cover portion in a second direction orthogonally intersecting the first direction, and is inserted into a hook recess that is formed on the first surface .
A compression garment comprising an inflatable bladder having an inner surface and an outer surface opposite the inner surface, at least a portion of the bladder defining a compression region expandable to apply pressure to a part of the wearer's body, wherein an absorbent, non-wicking material is releasably securable to the bladder for holding fluid at the part of the wearer's body, and the bladder and absorbent, non-wicking material are mountable on the wearer's body part, wherein the compression garment further comprises an inner liner releasably attached to the garment and defining a pocket wherein the absorbent material is releasably secured to the bladder .
Shower head comprising a lower plate provided with water dispensing holes and an upper plate 140) provided with a water inlet hole 160), said upper plate 140) being secured in a watertight manner to said lower plate so as to define a water collection chamber, said upper plate 140) being provided with at least one water outlet hole in which a safety device made of flexible plastics is operatively housed, said safety device being provided with closure means of said water outlet hole and with at least one central retention means designed and calibrated to remain engaged in said upper plate when the pressure exceeds a predetermined maximum level in said water collection chamber, whereby said water outlet hole is partially uncovered and water is discharged while said central retention means remains engaged in said upper plate ; said closure means comprising a first lower protuberance , substantially cylindrical in shape, terminating with a first rib operatively forced into said hole 2. , said first rib having a larger dimension than the dimension of said hole of said upper plate 140), said central retention means comprising a second protuberance substantially cylindrical in shape and coaxial to said first protuberance , terminating with a second rib provided with at least two lobed portions said second rib having a larger dimension than the dimension of said hole of said upper plate 140) and a larger dimension than the dimension of said first rib ; wherein said upper plate comprises a further hole spaced apart from said water outlet hole , and in that said safety device comprises lateral retention means comprising a lower protuberance , substantially cylindrical in shape, terminating with a rib operatively forced into said further hole , said rib having a larger dimension than the dimension of said further hole of said upper plate .
A fluid sprayer comprising: a rigid fluid conduit extending along a conduit axis (Ac) between longitudinally opposed open conduit first and second ends ; a nozzle having a fluid-expulsion bore and being connected to the conduit second end such that (a) the nozzle can pivot about a nozzle-pivot axis (A NP ) that extends orthogonally to the conduit axis and (b) fluid introduced into the conduit first end is expelled through the fluid-expulsion bore; and characterized in that the fluid sprayer comprises: an attachment-mounting arm configured to removably retain a surface-engaging attachment , the attachment-mounting arm being connected to the fluid conduit for pivotal movement about an arm-pivot axis (A AP ) the arm-pivot axis having a component of spatial extension orthogonal to the conduit axis and being collinear with the nozzle-pivot axis and longitudinally non-displaceable relative to the rigid fluid conduit. a rigid fluid conduit extending along a conduit axis (Ac) between longitudinally opposed open conduit first and second ends ; a nozzle having a fluid-expulsion bore and being connected to the conduit second end such that (a) the nozzle can pivot about a nozzle-pivot axis (A NP ) that extends orthogonally to the conduit axis and (b) fluid introduced into the conduit first end is expelled through the fluid-expulsion bore; and characterized in that the fluid sprayer comprises: an attachment-mounting arm configured to removably retain a surface-engaging attachment , the attachment-mounting arm being connected to the fluid conduit for pivotal movement about an arm-pivot axis (A AP ) the arm-pivot axis having a component of spatial extension orthogonal to the conduit axis and being collinear with the nozzle-pivot axis and longitudinally non-displaceable relative to the rigid fluid conduit.
A balanced in-line process for forming blanks for forming boxes comprising: sequencing a blank of corrugated plastic material having a first outer layer, a second outer layer and a plurality of flutes between the first outer layer and the second outer layer through a plurality of separate forming stations ; forming a first body fold line separating a first box side wall and a second box side wall in the blank at a first forming station; moving the blank to a second forming station that is separate from the first forming station; forming a score line to create a first flap in the blank at the second forming station; moving the blank to a third forming station that is separate from the first forming station and the second forming station; and forming a first slot between the first flap and a second flap in the blank at the third forming station . sequencing a blank of corrugated plastic material having a first outer layer, a second outer layer and a plurality of flutes between the first outer layer and the second outer layer through a plurality of separate forming stations ; forming a first body fold line separating a first box side wall and a second box side wall in the blank at a first forming station; moving the blank to a second forming station that is separate from the first forming station; forming a score line to create a first flap in the blank at the second forming station; moving the blank to a third forming station that is separate from the first forming station and the second forming station; and forming a first slot between the first flap and a second flap in the blank at the third forming station .
A tool for forming a part , the tool comprising: a first tool portion comprising a first tool surface ; a second tool portion comprising a second tool surface facing the first tool surface, wherein the first tool surface and the second tool surface define a tool chamber for forming the part; and a bladder subassembly disposed in the tool chamber between the first tool surface and the second tool surface, the bladder subassembly comprising: a plurality of inner bladders disposed within the tool chamber, wherein each inner bladder of the plurality of inner bladders comprises an inner bladder chamber that is independently inflatable to selectively apply pressure to the part within the tool chamber; and a bladder cover disposed over the plurality of inner bladders within the tool chamber to provide a barrier between the plurality of inner bladders and the part, wherein the bladder cover comprises a flexible sheet , and wherein each inner bladder comprises a flexible tube defining the inner bladder chamber, further comprising a first endcap disposed at a first end of the tool, the first endcap comprising a first endcap portion and a second endcap portion , wherein the first endcap portion and the second endcap portion clamp a first end of the flexible sheet therebetween, and wherein the first endcap portion and the second endcap portion clamp a first end of the flexible tube of each inner bladder therebetween to isolate the inner bladder chamber of the inner bladder within the tool chamber. a first tool portion comprising a first tool surface ; a second tool portion comprising a second tool surface facing the first tool surface, wherein the first tool surface and the second tool surface define a tool chamber for forming the part; and a bladder subassembly disposed in the tool chamber between the first tool surface and the second tool surface, the bladder subassembly comprising: a plurality of inner bladders disposed within the tool chamber, wherein each inner bladder of the plurality of inner bladders comprises an inner bladder chamber that is independently inflatable to selectively apply pressure to the part within the tool chamber; and a bladder cover disposed over the plurality of inner bladders within the tool chamber to provide a barrier between the plurality of inner bladders and the part, wherein the bladder cover comprises a flexible sheet , and wherein each inner bladder comprises a flexible tube defining the inner bladder chamber, further comprising a first endcap disposed at a first end of the tool, the first endcap comprising a first endcap portion and a second endcap portion , wherein the first endcap portion and the second endcap portion clamp a first end of the flexible sheet therebetween, and wherein the first endcap portion and the second endcap portion clamp a first end of the flexible tube of each inner bladder therebetween to isolate the inner bladder chamber of the inner bladder within the tool chamber.
A unilateral orthotic for the treatment of club foot and other foot deformities, comprising a first holding apparatus for detachable connection to a leg of a wearer, a second holding apparatus for detachable connection to a foot on the same leg of the wearer, and a connecting apparatus between the first holding apparatus and the second holding apparatus, wherein the connecting apparatus comprises a first rotational joint having a first axis of rotation and the connecting apparatus comprises a second rotational joint having a vertically aligned second axis of rotation , as a result of which the first rotational joint guides the foot of a wearer during a dorsal extension and the second rotational joint guides the foot of the wearer during an external rotation, characterized in that the first axis of rotation corresponds to the axis of rotation of the upper ankle joint.
An apparatus for maintaining accuracy in the measurement of a parameter of industrial water, the apparatus comprising: a body having a top portion , a bottom portion , an entry portion , and an exit portion ; at least one sensor aperture formed into the top portion and extending partially through the body toward the bottom portion , the at least one sensor aperture configured to accept at least one sensor for measuring the parameter of industrial water; a liquid flow bore formed through the body between the entry portion and the exit portion , the liquid flow bore fluidly communicating with the at least one sensor aperture and configured to allow a liquid stream to flow through the body ; a gas flow bore formed at least partially through the body , the gas flow bore configured to allow a gaseous stream to flow into the body ; and at least one jet channel formed in the body and fluidly connecting the gas flow bore and the liquid flow bore , the at least one jet channel terminating in the liquid flow bore substantially opposite the at least one sensor aperture so as to direct the gaseous stream from the gas flow bore into the liquid flow bore toward the at least one sensor aperture ; wherein the liquid flow bore has an ingress portion adjacent the entry portion of the body , an egress portion adjacent the exit portion of the body , and a narrowed portion between the ingress portion and the egress portion , and wherein a diameter of the narrowed portion is substantially smaller than a diameter of the ingress portion and a diameter of the egress portion . a body having a top portion , a bottom portion , an entry portion , and an exit portion ; at least one sensor aperture formed into the top portion and extending partially through the body toward the bottom portion , the at least one sensor aperture configured to accept at least one sensor for measuring the parameter of industrial water; a liquid flow bore formed through the body between the entry portion and the exit portion , the liquid flow bore fluidly communicating with the at least one sensor aperture and configured to allow a liquid stream to flow through the body ; a gas flow bore formed at least partially through the body , the gas flow bore configured to allow a gaseous stream to flow into the body ; and at least one jet channel formed in the body and fluidly connecting the gas flow bore and the liquid flow bore , the at least one jet channel terminating in the liquid flow bore substantially opposite the at least one sensor aperture so as to direct the gaseous stream from the gas flow bore into the liquid flow bore toward the at least one sensor aperture ; wherein the liquid flow bore has an ingress portion adjacent the entry portion of the body , an egress portion adjacent the exit portion of the body , and a narrowed portion between the ingress portion and the egress portion , and wherein a diameter of the narrowed portion is substantially smaller than a diameter of the ingress portion and a diameter of the egress portion .
Use of an alloy well plugging and/or sealing tool to deploy an alloy seal within a region of a sand screen of an open hole gravel pack without the need to perforate the sand screen, said tool comprising: a tubular heater body with an internal cavity containing a chemical heat source ; a quantity of alloy provided in thermal communication with the heater body around an outer surface of the heater body, said alloy being selected from a group consisting of eutectic alloy, bismuth alloy and low melting point alloys (LMPA) with a melting point of 385°C or below; an insulating sleeve provided around an outer surface of the alloy, wherein the insulation provided by the sleeve causes the covered alloy to become super-heated by the chemical heat source; and wherein the sleeve is configured to provide a focused egress for the alloy as it is melted by the chemical heat source. a tubular heater body with an internal cavity containing a chemical heat source ; a quantity of alloy provided in thermal communication with the heater body around an outer surface of the heater body, said alloy being selected from a group consisting of eutectic alloy, bismuth alloy and low melting point alloys (LMPA) with a melting point of 385°C or below; an insulating sleeve provided around an outer surface of the alloy, wherein the insulation provided by the sleeve causes the covered alloy to become super-heated by the chemical heat source; and wherein the sleeve is configured to provide a focused egress for the alloy as it is melted by the chemical heat source.
A method of modifying a process cartridge, the method comprising: obtaining a process cartridge including a guide member having a central body portion with an opening defining an axis and a regulating projection positioned substantially adjacent to the opening and extending axially from the central body , the regulating projection including an innermost arcuate portion spaced a radial distance from the axis ; and modifying the guide member to increase the radial distance between the innermost arcuate portion of the regulating projection and the axis , characterized in that the regulating projection includes an outer arcuate wall arranged substantially concentrically with respect to the axis , and an inner wall including an arc portion arranged substantially concentrically with respect to the axis , and wherein modifying the guide portion includes eliminating the inner wall , wherein before modifying the guide member the arc portion defines the innermost arcuate portion and wherein after modifying the guide member an inner surface of the outer arcuate wall defines the innermost arcuate portion. obtaining a process cartridge including a guide member having a central body portion with an opening defining an axis and a regulating projection positioned substantially adjacent to the opening and extending axially from the central body , the regulating projection including an innermost arcuate portion spaced a radial distance from the axis ; and modifying the guide member to increase the radial distance between the innermost arcuate portion of the regulating projection and the axis , characterized in that the regulating projection includes an outer arcuate wall arranged substantially concentrically with respect to the axis , and an inner wall including an arc portion arranged substantially concentrically with respect to the axis , and wherein modifying the guide portion includes eliminating the inner wall , wherein before modifying the guide member the arc portion defines the innermost arcuate portion and wherein after modifying the guide member an inner surface of the outer arcuate wall defines the innermost arcuate portion.
A method of eluting biomolecules from a biological sample, comprising: loading the biological sample to a device comprising a housing, at least two conductive redox polymer electrodes operationally coupled to the housing and a biomolecule impermeable layer disposed on at least one of the electrodes; initiating an electrical connection to generate an electric field strength sufficient to elute biomolecules from the biological sample; and eluting the biomolecules from the biological sample wherein eluting the biomolecules comprises electrophoretically eluting the biomolecules from the biological sample, wherein the at least two conductive redox polymer electrodes comprise conductive redox polymers of 0.05 μg-0.5 mg per mm 2 of electrode surface and the conductive redox polymer is cross-linked. loading the biological sample to a device comprising a housing, at least two conductive redox polymer electrodes operationally coupled to the housing and a biomolecule impermeable layer disposed on at least one of the electrodes; initiating an electrical connection to generate an electric field strength sufficient to elute biomolecules from the biological sample; and eluting the biomolecules from the biological sample wherein eluting the biomolecules comprises electrophoretically eluting the biomolecules from the biological sample, wherein the at least two conductive redox polymer electrodes comprise conductive redox polymers of 0.05 μg-0.5 mg per mm 2 of electrode surface and the conductive redox polymer is cross-linked.