mhurhangee/patent-ind-claim-en huggingface dataset:
Process for producing a flame-retardant, textile sheet product containing a textile carrier layer, comprising the steps of: a) reduction of the washing-removable salt content of platelet-form expandable graphite by additional washing, preferably to a proportion of below 0.8%, preferably to below 0.5%, particularly preferably to below 0.2%, with platelet-form expandable graphite with an average platelet diameter of at least 0.5 mm, preferably 0.5-3.0 mm, and/or with a minimum proportion of 70% having a mesh size of > 50 mesh (0.3 mm) being selected, b) production of a paste consisting of at least one binder, at least one foam stabilizer and expandable graphite which has been reduced in salt content as specified in a), c) mechanical foaming of a paste produced as per b), d) coating of a textile carrier layer with a foam produced as per c), e) drying of the foam layer, and f) optionally pressing of the foam layer after drying. a) reduction of the washing-removable salt content of platelet-form expandable graphite by additional washing, preferably to a proportion of below 0.8%, preferably to below 0.5%, particularly preferably to below 0.2%, with platelet-form expandable graphite with an average platelet diameter of at least 0.5 mm, preferably 0.5-3.0 mm, and/or with a minimum proportion of 70% having a mesh size of > 50 mesh (0.3 mm) being selected, b) production of a paste consisting of at least one binder, at least one foam stabilizer and expandable graphite which has been reduced in salt content as specified in a), c) mechanical foaming of a paste produced as per b), d) coating of a textile carrier layer with a foam produced as per c), e) drying of the foam layer, and f) optionally pressing of the foam layer after drying.
Method for forming spacers of a field effect transistor gate , the gate having a top and edges and being situated above a layer made of a semi-conductive material, comprising a step of forming a dielectric layer covering the gate of the transistor, wherein the dielectric layer is made of a material taken from among: SiCO, SiC, SiCN, SiOCN, SiCBN, SiOCH, the method comprising: - after the step of forming the dielectric layer , at least one step of modifying said dielectric layer by putting in contact the dielectric layer with a plasma creating a bombardment of light anisotropic ions along a favoured direction parallel to edges of the gate , the conditions of the plasma, in particular the energy of the light ions and the implanted dose being selected so as to modify at least portions of the dielectric layer which are situated on the top of the gate and on either side of the gate and which are perpendicular to the edges of the gate by conserving non-modified portions of the dielectric layer covering the edges of the gate ; the light ions being ions with a hydrogen base (H); - at least one step of removing the modified dielectric layer using an etching of said modified dielectric layer selectively with respect to the layer made of a semi-conductive material and with respect to the non-modified dielectric layer ; characterised in that the plasma used during the step of modifying the dielectric layer is formed from a gas comprising at least one first non-carbon gaseous component of which the separation generates said light ions and a second gaseous component comprising at least one species favouring the separation of the first component to form said light ions, wherein the gas ratio between the first component and the second component is of between 1:19 and 19:1. - after the step of forming the dielectric layer , at least one step of modifying said dielectric layer by putting in contact the dielectric layer with a plasma creating a bombardment of light anisotropic ions along a favoured direction parallel to edges of the gate , the conditions of the plasma, in particular the energy of the light ions and the implanted dose being selected so as to modify at least portions of the dielectric layer which are situated on the top of the gate and on either side of the gate and which are perpendicular to the edges of the gate by conserving non-modified portions of the dielectric layer covering the edges of the gate ; the light ions being ions with a hydrogen base (H); - at least one step of removing the modified dielectric layer using an etching of said modified dielectric layer selectively with respect to the layer made of a semi-conductive material and with respect to the non-modified dielectric layer ;
A blister pack (100; 200) comprising: a sterile holding area (120, 130; 220, 230) with a sterile eye surgery instrument (122, 132; 222, 232), wherein a front (110; 210) of the blister pack (100; 200) includes the sterile holding area; and at least one defined pressure point (140, 150, 160, 170; 240, 250, 260) on the back of the blister pack (100; 200), wherein the pressure point (140, 150, 160, 170; 240, 250, 260) is located near the sterile holding area and is configured for, when the blister pack is placed inverted on a sterile surface and the pressure point (140, 150, 160, 170; 240, 250, 260) is being pressed, controlled removal of the sterile eye surgery instrument (122, 132; 222, 232) from the blister pack (100; 200) while maintaining the sterility of the sterile eye surgery instrument (122, 132; 222, 232). a sterile holding area (120, 130; 220, 230) with a sterile eye surgery instrument (122, 132; 222, 232), wherein a front (110; 210) of the blister pack (100; 200) includes the sterile holding area; and at least one defined pressure point (140, 150, 160, 170; 240, 250, 260) on the back of the blister pack (100; 200), wherein the pressure point (140, 150, 160, 170; 240, 250, 260) is located near the sterile holding area and is configured for, when the blister pack is placed inverted on a sterile surface and the pressure point (140, 150, 160, 170; 240, 250, 260) is being pressed, controlled removal of the sterile eye surgery instrument (122, 132; 222, 232) from the blister pack (100; 200) while maintaining the sterility of the sterile eye surgery instrument (122, 132; 222, 232).
Rotor pair for a compressor block of a screw machine, wherein the rotor pair consists of a secondary rotor (NR) rotating about a first axis (C1) and a main rotor (HR) rotating about a second axis (C2), wherein the number of teeth (z 2 ) of the main rotor (HR) is 4 and the number of teeth (z 1 ) of the secondary rotor (NR) is 5, wherein the relative profile depth of the secondary rotor PT rel = rk 1 − rf 1 rk 1 is at least 0.515 and at most 0.58, wherein rk 1 is a tip radius drawn around the outer circumference of the secondary rotor (NR) and rf 1 is a root radius applied to the profile base of the secondary rotor, wherein the ratio of the center distance α of the first axis (C1) to the second axis (C2) and the tip radius rk 1 a rk 1 is at least 1.683 and at most 1.836, preferably at most 1.782, wherein the main rotor is formed with a wrap angle Φ HR , for which 320°≤Φ HR ≤360° applies, and wherein for a rotor length ratio L HR /a applies: 1.4 ≤ L HR / a ≤ 3.3 , wherein the rotor length ratio is formed from the ratio of the rotor length L HR of the main rotor and the center distance a, and the rotor length L HR of the main rotor is formed by the distance between a suction-side main-rotor rotor end face and an opposite pressure-side main-rotor rotor end face. wherein the number of teeth (z 2 ) of the main rotor (HR) is 4 and the number of teeth (z 1 ) of the secondary rotor (NR) is 5, wherein the relative profile depth of the secondary rotor PT rel = rk 1 − rf 1 rk 1 is at least 0.515 and at most 0.58, wherein rk 1 is a tip radius drawn around the outer circumference of the secondary rotor (NR) and rf 1 is a root radius applied to the profile base of the secondary rotor, wherein the ratio of the center distance α of the first axis (C1) to the second axis (C2) and the tip radius rk 1 a rk 1 is at least 1.683 and at most 1.836, preferably at most 1.782, wherein the main rotor is formed with a wrap angle Φ HR , for which 320°≤Φ HR ≤360° applies, and wherein for a rotor length ratio L HR /a applies: 1.4 ≤ L HR / a ≤ 3.3 , wherein the rotor length ratio is formed from the ratio of the rotor length L HR of the main rotor and the center distance a, and the rotor length L HR of the main rotor is formed by the distance between a suction-side main-rotor rotor end face and an opposite pressure-side main-rotor rotor end face.
An extrusion device of a solid film comprising: - a cell provided with a bottom and with side walls ; - an input opening to the cell for input of a material designed to form the solid film, - an output opening of the solid film from the cell ; - a device for applying a first temperature (T1) to the output opening of the cell and a second temperature (T2) in a first zone of the cell distinct from the output opening ; - a control circuit suitable to impose the device for applying the first (T1) and second (T2) temperatures, a first set for forming a volume (V1) of the material in solid phase inside the cell , said volume sealing off the output opening ; characterized in that the control circuit is suitable to impose the device for applying the first and second temperatures a second set to generate a temperature gradient between the output opening and the first zone so as to generate a pressure in the cell forcing extrusion of the solid film via the output opening . - a cell provided with a bottom and with side walls ; - an input opening to the cell for input of a material designed to form the solid film, - an output opening of the solid film from the cell ; - a device for applying a first temperature (T1) to the output opening of the cell and a second temperature (T2) in a first zone of the cell distinct from the output opening ; - a control circuit suitable to impose the device for applying the first (T1) and second (T2) temperatures, a first set for forming a volume (V1) of the material in solid phase inside the cell , said volume sealing off the output opening ;
A side plate for use in a heat exchanger , the heat exchanger having a width dimension and including a first and a second row of parallel arranged tubes , each of the tubes extending in the direction of the width dimension, and a first and a second header arranged at one common end of the width dimension to receive ends of the tubes in the first and second rows , respectively, the side plate comprising: a first body section joined to and extending from the first header , the first body section defining a first outer periphery ; a second body section joined to and extending from the second header , the second body section defining a second outer periphery , the second outer periphery being spaced apart from the first outer periphery such that each one of the first and second body sections is allowed to move relative to the other in the direction of the width dimension, characterized by one or more point connections provided between the first body section and the second body section , each of said one or more point connections breaking in shear when one of the first and second body sections moves relative to the other in the direction of the width dimension. a first body section joined to and extending from the first header , the first body section defining a first outer periphery ; a second body section joined to and extending from the second header , the second body section defining a second outer periphery , the second outer periphery being spaced apart from the first outer periphery such that each one of the first and second body sections is allowed to move relative to the other in the direction of the width dimension, characterized by one or more point connections provided between the first body section and the second body section , each of said one or more point connections breaking in shear when one of the first and second body sections moves relative to the other in the direction of the width dimension.
A method for transmitting, by a user equipment, UE, acknowledgement information to a base station configured to operate in a wireless communication system, the method comprising: receiving (S2310) N transmission block, TB, groups, wherein one TB group comprises M TBs and one TB comprises L code block groups, CBGs,; bundling (S2320) acknowledgement information for a total of N ∗ M ∗ L CBGs included in the N TB groups into X-bit acknowledgement information based on a predetermined rule; and transmitting (S2330) the bundled X-bit acknowledgement information to the base station , wherein one CBG is one group configured for a plurality of code blocks, wherein N is a natural number, wherein M is a natural number more than or equal to 2, wherein L is a natural number more than or equal to 2, wherein X is a natural number more than or equal to 1 and less than N ∗ M ∗ L, wherein the predetermined rule corresponds to a rule where acknowledgement information for all CBGs with a same CBG index for each TB is bundled, and wherein X corresponds to N ∗ L. receiving (S2310) N transmission block, TB, groups, wherein one TB group comprises M TBs and one TB comprises L code block groups, CBGs,; bundling (S2320) acknowledgement information for a total of N ∗ M ∗ L CBGs included in the N TB groups into X-bit acknowledgement information based on a predetermined rule; and transmitting (S2330) the bundled X-bit acknowledgement information to the base station , wherein one CBG is one group configured for a plurality of code blocks, wherein N is a natural number, wherein M is a natural number more than or equal to 2, wherein L is a natural number more than or equal to 2, wherein X is a natural number more than or equal to 1 and less than N ∗ M ∗ L, wherein the predetermined rule corresponds to a rule where acknowledgement information for all CBGs with a same CBG index for each TB is bundled, and wherein X corresponds to N ∗ L.
A security device attached to an object , the security device having at least two security features, where at least one of said security features is a tamper-evident security feature, which is configured to alter irreversibly upon a mechanical tampering with the security device , and at least one other of said security features is a robust security feature, which is robust against the mechanical tampering with the security device, wherein the at least two security features can be extracted from at least one image of the security device with a programmable device comprising a camera at least in an intact state of the security device , characterized in that the at least one tamper-evident security feature and the at least one robust security feature are features of a structure, which is partitioned into at least two sections , wherein at least one section has stronger adhesion to the object and at least one other section has stronger adhesion to a carrier material of the security device and the structure partially destroying or splitting the security device if the security device is being tampered with, where the at least one robust security feature is distributed among the at least two sections , such that the at least one section remaining on the object and/or the at least one other section can be authenticated.
A lifting connector for use with earthmoving equipment comprising a head for connecting to a lifting device, and a base to create a positive engagement with a preformed hole within a wear part used on the earthmoving equipment, wherein the base has a latching formation to hold the head of the lifting connector in a preferred orientation.
A solar cell module comprising a solar cell panel and an inverter device, the inverter device comprising: an outer case affixed to the solar cell panel; an inner case member located inside the outer case , the inner case member being detachably mounted to the outer case ; a circuit board accommodated in the inner case member ; a partition member mounted to the circuit board , the partition member partitioning a first surface region (A1) of the circuit board off from a second surface region (A2) of the circuit board; at least one terminal mounted to the circuit board in the first surface region (A1) and configured for electrical connection to one or more electric wire members extending from the solar cell panel; inverter circuitry mounted to the circuit board in the second surface region (A2) and electrically connected to the at least one terminal and configured for inverting a direct current supplied by the solar cell panel to an alternating current, the inverter circuitry including one or more DC-AC inverters ; a potting material applied in the second surface region (A2) to cover the circuit board in the second surface region (A2), wherein the one or more DC-AC inverters are embedded in the potting material , wherein the first surface region (A1) is free of the potting material , thereby leaving exposed the at least one terminal . an outer case affixed to the solar cell panel; an inner case member located inside the outer case , the inner case member being detachably mounted to the outer case ; a circuit board accommodated in the inner case member ; a partition member mounted to the circuit board , the partition member partitioning a first surface region (A1) of the circuit board off from a second surface region (A2) of the circuit board; at least one terminal mounted to the circuit board in the first surface region (A1) and configured for electrical connection to one or more electric wire members extending from the solar cell panel; inverter circuitry mounted to the circuit board in the second surface region (A2) and electrically connected to the at least one terminal and configured for inverting a direct current supplied by the solar cell panel to an alternating current, the inverter circuitry including one or more DC-AC inverters ; a potting material applied in the second surface region (A2) to cover the circuit board in the second surface region (A2), wherein the one or more DC-AC inverters are embedded in the potting material , wherein the first surface region (A1) is free of the potting material , thereby leaving exposed the at least one terminal .
A fluid-filled chamber for use with an article of footwear, comprising: a first barrier layer ; a second barrier layer secured to the first barrier layer to define an interior void between the first barrier layer and the second barrier layer, the interior void containing a predetermined volume of fluid; a foam structure disposed within the interior void and including a first foam layer and a second foam layer ; and a tensile member disposed within the interior void between the first foam layer and the second foam layer and including a plurality of fibers extending in a first direction between the first barrier layer and the second barrier layer. a first barrier layer ; a second barrier layer secured to the first barrier layer to define an interior void between the first barrier layer and the second barrier layer, the interior void containing a predetermined volume of fluid; a foam structure disposed within the interior void and including a first foam layer and a second foam layer ; and a tensile member disposed within the interior void between the first foam layer and the second foam layer and including a plurality of fibers extending in a first direction between the first barrier layer and the second barrier layer.
A variable air flow ventilation system valve for controlling flow volume through a duct in a ventilation system, wherein the valve comprises a movable member for inhibiting fluid flow from the upstream side to the downstream side and a frame which comprises a seat bordering an opening for fluid flow through the valve, the movable member being movable with respect to the valve seat and being reversibly movable between an inhibitory position which at least partially obstructs the opening and a position which is proportionately less obstructive, and wherein the member is arranged to be propelled towards the inhibitory position under action of upstream fluid force against the valve, so that as flow rate through the valve varies the available flow path through the valve is adjusted; characterized in that the valve comprises one or more airflow apertures which may remain unobstructed when the movable member is in the inhibitory position.
An aerosol hairstyling composition comprising a base composition comprising a 0.35 to 7.5% by weight of a pressure sensitive adhesive, said pressure sensitive adhesive being a random copolymer comprising i An acrylic group having a side chain with at least 4 carbons wherein the acrylic group is butylacrylate; and ii A C 1 -C 6 side chain acrylic wherein the side chain acrylic is made of acrylic acid and butyl methacrylate; and b 45 to 90% by weight of water wherein the hairstyling composition is a water-based aerosol composition and base composition is substantially free of alcohol meaning less than 2% by weight of the composition. a 0.35 to 7.5% by weight of a pressure sensitive adhesive, said pressure sensitive adhesive being a random copolymer comprising i An acrylic group having a side chain with at least 4 carbons wherein the acrylic group is butylacrylate; and ii A C 1 -C 6 side chain acrylic wherein the side chain acrylic is made of acrylic acid and butyl methacrylate; and i An acrylic group having a side chain with at least 4 carbons wherein the acrylic group is butylacrylate; and ii A C 1 -C 6 side chain acrylic wherein the side chain acrylic is made of acrylic acid and butyl methacrylate; and b 45 to 90% by weight of water