mhurhangee/patent-ind-claim-en huggingface dataset:
A package comprising: a substrate comprising a first interconnect terminal of a first type and a second interconnect terminal of a second type ; an integrated circuit die; a first security mesh structure disposed on a first side of the integrated circuit die; a second security mesh structure disposed on a second side of the integrated circuit die; active circuitry disposed on the second side of the integrated circuit die and coupled to the second interconnect terminal ; and a substrate conductive path coupled between the second interconnect terminal and the first interconnect terminal , the first interconnect terminal being coupled to the first security mesh structure , wherein the first security mesh structure is a backside security mesh and the second security mesh structure is a front-side security mesh , wherein the integrated circuit die comprises a physically unclonable function circuit coupled to the front-side security mesh and the backside security mesh to output a first fingerprint value, wherein a modification of an electrical characteristic of front-side security mesh, backside security mesh or both security meshes cause the physically unclonable function circuit to output a second fingerprint value that is not equal to the first fingerprint value. a substrate comprising a first interconnect terminal of a first type and a second interconnect terminal of a second type ; an integrated circuit die; a first security mesh structure disposed on a first side of the integrated circuit die; a second security mesh structure disposed on a second side of the integrated circuit die; active circuitry disposed on the second side of the integrated circuit die and coupled to the second interconnect terminal ; and a substrate conductive path coupled between the second interconnect terminal and the first interconnect terminal , the first interconnect terminal being coupled to the first security mesh structure , wherein the first security mesh structure is a backside security mesh and the second security mesh structure is a front-side security mesh , wherein the integrated circuit die comprises a physically unclonable function circuit coupled to the front-side security mesh and the backside security mesh to output a first fingerprint value, wherein a modification of an electrical characteristic of front-side security mesh, backside security mesh or both security meshes cause the physically unclonable function circuit to output a second fingerprint value that is not equal to the first fingerprint value. the first security mesh structure is a backside security mesh and the second security mesh structure is a front-side security mesh , wherein the integrated circuit die comprises a physically unclonable function circuit coupled to the front-side security mesh and the backside security mesh to output a first fingerprint value, wherein a modification of an electrical characteristic of front-side security mesh, backside security mesh or both security meshes cause the physically unclonable function circuit to output a second fingerprint value that is not equal to the first fingerprint value.
A composition for producing a sheet material with a closed cell cellular structure, the composition including the following components: (a) 5 to 25 weight% of PVC; (b) 50 to 75 weight% of a filler material; (c) 10 to 40 weight% of a plasticiser; and (d) 0.05 to 2.0 weight% of a cellular structure promoting agent, and wherein the cellular structure promoting agent includes one or more surfactants selected from an alkylbenzenesulfonate, an aliphatic amine oxide or an amine oxide. (a) 5 to 25 weight% of PVC; (b) 50 to 75 weight% of a filler material; (c) 10 to 40 weight% of a plasticiser; and (d) 0.05 to 2.0 weight% of a cellular structure promoting agent,
A display for an electronic measurement device , comprising: a touch-sensitive display, wherein the display is configured to display a graphical user interface , wherein the graphical user interface comprises a 3D control element in the form of an animated ball , a first vertical scale comprising selectable numerical values along a first axis and a second horizontal scale of selectable resolutions for the first scale along a second axis, wherein the first scale and the second scale are wrapped around the animated ball , and a selected numerical value is displayed in the center of the ball in the intersection of the first and the second axis, wherein the display is configured to detect a first and a second user input on the graphical user interface , wherein the display is configured to determine a change of a selected numeric value of the electronic measurement device based on the first user input, wherein the display is configured to determine a resolution and/or a value range for the change of the selected numerical value based on the second user input, and wherein the first and the second user input comprise respectively a vertical and a horizontal swipe gesture over the animated ball, wherein the animated ball is animated to rotate in response to the user inputs. a touch-sensitive display, wherein the display is configured to display a graphical user interface , wherein the graphical user interface comprises a 3D control element in the form of an animated ball , a first vertical scale comprising selectable numerical values along a first axis and a second horizontal scale of selectable resolutions for the first scale along a second axis, wherein the first scale and the second scale are wrapped around the animated ball , and a selected numerical value is displayed in the center of the ball in the intersection of the first and the second axis, wherein the display is configured to detect a first and a second user input on the graphical user interface , wherein the display is configured to determine a change of a selected numeric value of the electronic measurement device based on the first user input, wherein the display is configured to determine a resolution and/or a value range for the change of the selected numerical value based on the second user input, and wherein the first and the second user input comprise respectively a vertical and a horizontal swipe gesture over the animated ball, wherein the animated ball is animated to rotate in response to the user inputs.
Method for guiding an axisymmetric preform straightened in a device for aligning and straightening of preforms, the preform comprising: - a support flange delimited radially to the outside by an edge , the flange having an external diameter designated "flange diameter (D1)"; - a body having a maximum external diameter, designated "body diameter (D2)", which is less than the flange diameter (Dl); the aligning and straightening device comprising: - a horizontal circular turntable turning about a vertical axis, intended to drive the preforms from upstream to downstream; - a fixed rail , of which an upper outer support face extends at the same level as an upper inner support face of the turntable , the rail forming an arc of a circle centred on the axis (B) of rotation of the turntable ; - a peripheral gap delimited radially between an outer edge of the turntable and the rail , the gap having a constant radial width between the body diameter (D2) and the flange diameter (Dl) in order to permit the straightening of the preform by passing the body through said gap , the flange being supported jointly by the inner support face and by the outer support face ; characterized in that the guiding of the preform in the gap consists in limiting, in both directions, the radial displacement of the preform along the gap by contact between the peripheral edge of the flange and an inner stop face , towards the inside, and by contact between the peripheral edge of the flange and the outer stop face , towards the outside. - a support flange delimited radially to the outside by an edge , the flange having an external diameter designated "flange diameter (D1)"; - a body having a maximum external diameter, designated "body diameter (D2)", which is less than the flange diameter (Dl); - a horizontal circular turntable turning about a vertical axis, intended to drive the preforms from upstream to downstream; - a fixed rail , of which an upper outer support face extends at the same level as an upper inner support face of the turntable , the rail forming an arc of a circle centred on the axis (B) of rotation of the turntable ; - a peripheral gap delimited radially between an outer edge of the turntable and the rail , the gap having a constant radial width between the body diameter (D2) and the flange diameter (Dl) in order to permit the straightening of the preform by passing the body through said gap , the flange being supported jointly by the inner support face and by the outer support face ;
A method for determining a time-frequency grid and pilot configuration for a radio link between two transceivers of a mobile communication system, the method comprising obtaining information on a relative velocity between the two transceivers; retrieving predetermined information on a delay spread of a radio channel between two transceivers; and deriving the time-frequency grid configuration for the radio link based on the information on the relative velocity and based on the information on the delay spread and determining the pilot configuration in relation to the time-frequency grid. obtaining information on a relative velocity between the two transceivers; retrieving predetermined information on a delay spread of a radio channel between two transceivers; and deriving the time-frequency grid configuration for the radio link based on the information on the relative velocity and based on the information on the delay spread and determining the pilot configuration in relation to the time-frequency grid.
Fuel cell system with a turbomachine with a turbine and with an air compressor which serves to compress an air mass flow which is fed to at least one fuel cell , and with a cooling air path , via which a cooling air mass flow for cooling the turbomachine is branched off from the compressed air mass flow , a requirement-dependent control means for the compressed cooling air mass flow being provided, the temperature of the cooling air at a cooling air outlet of the turbomachine serving as control variable of the control means , a fluidic resistance being used as actuating variable of the control means in the cooling air path , the throughflow resistance of which fluidic resistance changes in a manner which is dependent on the temperature of the cooling air at the cooling air outlet , in order to meter the compressed cooling air mass flow in a requirement-dependent manner, characterized in that a bimetal matrix is arranged in the cooling air path , which bimetal matrix serves to represent the actuating variable of the control means and comprises bimetals arranged next to one another with different coefficients of thermal expansion, and in that the bimetal matrix is fed cooling air from the cooling air outlet as control variable.
A smart functional vehicle component comprising: a vehicle component , a leather sheet fixed over a surface of the vehicle component , a flexible electronic circuit contacting an A-surface of the leather sheet and including a cured conductive ink, and a light source that emits light when electrical power is supplied to the light source, the light source being electrically connected to the circuit , and a pigmented coating arranged over the electronic circuit and over the light source , characterized in that the cured conductive ink is directly applied on the A-surface of the leather sheet and that the pigmented coating extends over the entirety of the electronic circuit and the light source . a vehicle component , a leather sheet fixed over a surface of the vehicle component , a flexible electronic circuit contacting an A-surface of the leather sheet and including a cured conductive ink, and a light source that emits light when electrical power is supplied to the light source, the light source being electrically connected to the circuit , and a pigmented coating arranged over the electronic circuit and over the light source , characterized in that the cured conductive ink is directly applied on the A-surface of the leather sheet and that the pigmented coating extends over the entirety of the electronic circuit and the light source .
A negative pressure wound dressing with a selective viewing access and reclosure system, comprising: a patient interface layer defining an opening configured for placement about a patient area of treatment; a top layer sized to cover the opening and comprising a negative pressure interface ; a touch fastener disposed between the patient interface layer and the top layer , the touch fastener configured to detachably couple the patient interface layer to the top layer and form a substantially airtight seal between the patient interface layer and the top layer ; and a negative pressure source coupled to the negative pressure interface on the top layer . a patient interface layer defining an opening configured for placement about a patient area of treatment; a top layer sized to cover the opening and comprising a negative pressure interface ; a touch fastener disposed between the patient interface layer and the top layer , the touch fastener configured to detachably couple the patient interface layer to the top layer and form a substantially airtight seal between the patient interface layer and the top layer ; and a negative pressure source coupled to the negative pressure interface on the top layer .
A pumping apparatus for dispensing a flowable product, the apparatus comprising: a first peristaltic pump comprising: a first drivable rotor having at least one pressing member ; a first cylindrical stator in which the first rotor is rotatable, the first stator having a first circumferential inner wall with a first radius (r1); first flexible tubing having an inlet side and an outlet side , the first flexible tubing extending circumferentially around the first stator against the first inner wall; a second peristaltic pump comprising: a second drivable rotor having at least one pressing member ; a second cylindrical stator in which the second rotor is rotatable, the second stator having a second circumferential inner wall with a second radius (r2); second flexible tubing having an inlet side and an outlet side , the second flexible tubing extending circumferentially around the second stator against the second inner wall; characterised in that the first radius is greater than the second radius and at least one of the stators is movable relative to the other stator. a first peristaltic pump comprising: a first drivable rotor having at least one pressing member ; a first cylindrical stator in which the first rotor is rotatable, the first stator having a first circumferential inner wall with a first radius (r1); first flexible tubing having an inlet side and an outlet side , the first flexible tubing extending circumferentially around the first stator against the first inner wall; a first drivable rotor having at least one pressing member ; a first cylindrical stator in which the first rotor is rotatable, the first stator having a first circumferential inner wall with a first radius (r1); first flexible tubing having an inlet side and an outlet side , the first flexible tubing extending circumferentially around the first stator against the first inner wall; a second peristaltic pump comprising: a second drivable rotor having at least one pressing member ; a second cylindrical stator in which the second rotor is rotatable, the second stator having a second circumferential inner wall with a second radius (r2); second flexible tubing having an inlet side and an outlet side , the second flexible tubing extending circumferentially around the second stator against the second inner wall; a second drivable rotor having at least one pressing member ; a second cylindrical stator in which the second rotor is rotatable, the second stator having a second circumferential inner wall with a second radius (r2); second flexible tubing having an inlet side and an outlet side , the second flexible tubing extending circumferentially around the second stator against the second inner wall; characterised in that the first radius is greater than the second radius and at least one of the stators is movable relative to the other stator.
Hand-held power tool , in particular angle grinder, with at least one electric-motor drive , in particular an electronically commutated motor , which acts on an output shaft and is provided to drive a tool spindle , with at least a first housing which comprises at least a first housing part , which receives the electric-motor drive , and a second housing part , which serves as a handle , and with a rechargeable battery which serves as energy source, characterized in that the electric-motor drive forms a first common axis with the first housing part , the rechargeable battery forming a second common axis together with the second housing part , the length (I) of the hand-held power tool being defined along a second axis , the two axes being at an angle a with respect to one another which lies between 60° and 120°, particularly between 80° and 100°, but is preferably approximately 90°.
A translucent or transparent paper comprising: (i) a fibrous substrate having a front side and a reverse side, the fibrous substrate comprising cellulose fibers refined to above 40 °SR and the opacity index of said fibrous substrate being less than or equal to 45 % measured in accordance with the ISO 2471 standard; and (ii) one or more coating layers, in particular one or two coating layers disposed on the front side of said fibrous substrate, comprising a material chosen from material conferring moisture barrier properties and having transparentization capability when provided as a coating layer on said fibrous substrate and enabling the translucent or transparent paper to be repulpable, said material being chosen from the group comprising or consisting of copolymer or homopolymer of vinylidene chloride, copolymer or homopolymer of styrene such as styrene 1,3-butadiene polymer, copolymer or homopolymer of acrylic, copolymer or homopolymer of polyester, or paraffin such as paraffin wax. (i) a fibrous substrate having a front side and a reverse side, the fibrous substrate comprising cellulose fibers refined to above 40 °SR and the opacity index of said fibrous substrate being less than or equal to 45 % measured in accordance with the ISO 2471 standard; and (ii) one or more coating layers, in particular one or two coating layers disposed on the front side of said fibrous substrate, comprising a material chosen from material conferring moisture barrier properties and having transparentization capability when provided as a coating layer on said fibrous substrate and enabling the translucent or transparent paper to be repulpable, said material being chosen from the group comprising or consisting of copolymer or homopolymer of vinylidene chloride, copolymer or homopolymer of styrene such as styrene 1,3-butadiene polymer, copolymer or homopolymer of acrylic, copolymer or homopolymer of polyester, or paraffin such as paraffin wax.
A lighting control method for controlling the illumination of a working area , the method comprising the steps of: measuring incident light on the working area with an RFID-enabled light sensor attached to said working area ; maintaining a predefined illumination level on the working area by adapting the light level of an RFID-enabled luminary in dependence on the measured incident light; characterized in that the RFID-enabled luminary periodically reads the measured incident light from said RFID-enabled light sensor via an RFID connection . measuring incident light on the working area with an RFID-enabled light sensor attached to said working area ; maintaining a predefined illumination level on the working area by adapting the light level of an RFID-enabled luminary in dependence on the measured incident light; characterized in that the RFID-enabled luminary periodically reads the measured incident light from said RFID-enabled light sensor via an RFID connection .
Polyethylene support in form of net or fabric, comprising, grafted on the surface of said support, a hydrogel comprising polyvinylpyrrolidone and ethylene glycol dimethylacrylate (EGDMA), characterized in that in said hydrogel it is also absorbed at least an active substance of the pyrethroid class.
A method of manufacturing a bag in which: - a wall of the bag is made to pass along a rotatably mounted placement drum for placing handles ; - a handle is hung on the placement drum , legs of the handle extending along a perimeter of the placement drum , backward in the direction of rotation of the placement drum , the legs being connected by a cross-piece ; - the handle is placed on the wall; characterized in that before the handle is placed on the wall, said handle is completely turned by a turning drum so that the legs are placed forward on the placement drum . - a wall of the bag is made to pass along a rotatably mounted placement drum for placing handles ; - a handle is hung on the placement drum , legs of the handle extending along a perimeter of the placement drum , backward in the direction of rotation of the placement drum , the legs being connected by a cross-piece ; - the handle is placed on the wall; characterized in that before the handle is placed on the wall, said handle is completely turned by a turning drum so that the legs are placed forward on the placement drum .
A light emitting device package comprising: a body including a first through hole (TH1) and a second through hole (TH2) being separated from the first hole (TH1); a light emitting device on the body including a plurality of semiconductor layers comprising a light emitting structure, and a first electrode pad and a second electrode pad electrically connected to the light emitting structure respectively; and a resin disposed between the body and the light emitting device , wherein the first and second through holes (TH1, TH2) pass through an upper surface of the body and a lower surface of the body , respectively, wherein the first electrode pad disposed on the first through hole (TH1) and the second electrode pad disposed on the second through hole (TH2), wherein an adhesive is disposed between the body and the light emitting device , and the adhesive is disposed while making direct contact with the body and the light emitting device , and wherein the body includes an inner recess (R) disposed between the first through Z hole (TH1) and the second through Z hole (TH2), and an outer recess (R30, R40) disposed on an outer portion adjacent to the first and second through holes (TH1, TH2), wherein the adhesive is provided in the inner recess (R) and the resin is provided in the outer recess (R30, R40). a body including a first through hole (TH1) and a second through hole (TH2) being separated from the first hole (TH1); a light emitting device on the body including a plurality of semiconductor layers comprising a light emitting structure, and a first electrode pad and a second electrode pad electrically connected to the light emitting structure respectively; and a resin disposed between the body and the light emitting device , wherein the first and second through holes (TH1, TH2) pass through an upper surface of the body and a lower surface of the body , respectively, wherein the first electrode pad disposed on the first through hole (TH1) and the second electrode pad disposed on the second through hole (TH2), wherein an adhesive is disposed between the body and the light emitting device , and the adhesive is disposed while making direct contact with the body and the light emitting device , and wherein the body includes an inner recess (R) disposed between the first through Z hole (TH1) and the second through Z hole (TH2), and an outer recess (R30, R40) disposed on an outer portion adjacent to the first and second through holes (TH1, TH2), wherein the adhesive is provided in the inner recess (R) and the resin is provided in the outer recess (R30, R40).