mhurhangee/patent-ind-claim-en huggingface dataset:
Joining method for connecting at least two thermoplastic workpieces , with the steps of: a) splicing an edge region on at least one of the workpieces in order to produce at least one splice region , wherein the splice region is formed in a stepped manner by a plurality of workpiece layers of the workpiece , wherein the splice region is pretreated by fibres of the workpiece being exposed, and/or by the workpiece being coated with a microstructured functional layer; b) positioning the workpieces relative to one another in such a manner that the splice region of the one workpiece and the other workpiece bound a seam region , wherein the workpieces are positioned in such a manner that a manufacturing gap is formed between the workpieces or the lowermost workpiece layers of the workpieces ; c) inserting a connecting body into the seam region and heating part of the connecting body by means of local input of heat in order to form an integrally bonded connection between each workpiece and the connecting body , wherein, when a first connecting body layer is inserted, the connecting body is pressed by means of a pressing device which detects the connecting body , and a counter pressing device which detects the workpiece , wherein the counter pressing device extends below and between the workpieces . a) splicing an edge region on at least one of the workpieces in order to produce at least one splice region , wherein the splice region is formed in a stepped manner by a plurality of workpiece layers of the workpiece , wherein the splice region is pretreated by fibres of the workpiece being exposed, and/or by the workpiece being coated with a microstructured functional layer; b) positioning the workpieces relative to one another in such a manner that the splice region of the one workpiece and the other workpiece bound a seam region , wherein the workpieces are positioned in such a manner that a manufacturing gap is formed between the workpieces or the lowermost workpiece layers of the workpieces ; c) inserting a connecting body into the seam region and heating part of the connecting body by means of local input of heat in order to form an integrally bonded connection between each workpiece and the connecting body , wherein, when a first connecting body layer is inserted, the connecting body is pressed by means of a pressing device which detects the connecting body , and a counter pressing device which detects the workpiece , wherein the counter pressing device extends below and between the workpieces .
An adhesive skin patch for covering wound or for protecting post-surgical wound which comprises a support layer and a pressure-sensitive adhesive layer provided on one side of the support layer, wherein a 1% tensile load in a machine direction and a cross machine direction of the adhesive skin patch is 13 N/25 mm or less and a 10% tensile load in the machine direction and the cross machine direction is 18 N/25 mm or more and 95 N/25 mm or less, wherein the machine direction is the direction along the long side of the adhesive skin patch and the cross machine direction is the direction along the short side, wherein the tensile load is measured using JIS K7113, and wherein the support layer comprises a woven fabric having a warp density of 80 to 120 yarns/inch (2.54 cm) and a weft density of 80 to 120 yarns/inch (2.54 cm), and using yarns having a total fineness of 40 dtex or more and 85 dtex or less, wherein a moisture permeability (g/m 2 ·24h) of the adhesive skin patch is 1,000 g/m 2 ·24h or more, wherein the moisture permeability is measured according to condition B of JIS Z 0208, at a temperature of 40°C and a relative humidity of 90%.
A product comprising human derived follicle stimulating hormone (FSH) for use in the treatment of infertility in a patient having serum AMH level of <15 pmol/L, wherein the product is to be administered at a dose of, or equivalent to, 11 to 13 μg human derived recombinant FSH per day, the human derived recombinant FSH including mono-, di-, tri- and tetra-sialylated structures, wherein 15 to 24% of the sialylated glycan structures are tetrasialylated structures.
A device for treating a part of a body of a person to be treated comprising a treating unit , an angular orientation identifier configured to generate information indicative of the angular orientation of the treating unit, said angular orientation identifier comprising an angular orientation sensor configured to generate information indicative of the angular orientation of the treating unit relative to horizontal; and a controller configured to adjust one or more characteristics of the device in response to information indicative of the angular orientation of the treating unit provided by the angular orientation identifier, and charac terized in that the device further comprises a user input , wherein the controller is configured to modify and/or form the reference profile based on the user input; and wherein the controller is configured to refer to the reference profile indicative of a desired angular orientation of the treating unit , to generate information indicative of the angular orientation of the treating unit relative to the desired angular orientation based on the information generated by the angular orientation identifier and the reference profile, and to adjust one or more characteristics of the device in response to the information generated by the controller.
Recirculating ball steering system for transmitting a steering movement to a steering column comprising: - a housing with a steering piston arranged inside the housing , wherein the steering piston comprises a ball screw drive and is displaceable along its longitudinal axis, wherein the steering piston comprises a steering worm , and - an electric actuator for supporting the movement of the steering piston , - characterised in that the electric actuator comprises a stator arranged around the steering worm and is securely connected to the housing , and a rotor which is securely connected to the steering worm . - a housing with a steering piston arranged inside the housing , wherein the steering piston comprises a ball screw drive and is displaceable along its longitudinal axis, wherein the steering piston comprises a steering worm , and - an electric actuator for supporting the movement of the steering piston , - characterised in that the electric actuator comprises a stator arranged around the steering worm and is securely connected to the housing , and a rotor which is securely connected to the steering worm .
Lamp with a light source and a flat, tile- or flounder-like lens with a light entry surface for capturing the light of the light source and a light exit surface for distributing the captured light onto a target region , wherein the lens comprises, on a rear side opposing the light exit surface , a facet field with light-reflecting facets and the light entry surface is provided on a narrow side of the lens between the light exit surface and the faceted rear side , wherein the light source is arranged at the edge of the lens between the light entry surface of the lens and a lateral reflector enclosing the lens at the edge so that a portion of the light emitted by the light source falls directly onto the light entry surface and another portion of the light emitted by the light source falls deflected by the reflector onto the light entry surface , wherein the reflector forms an at least approximately flat reflector panel, characterised in that the light source is oriented with its main radiation direction approximately parallel to the lens main axis , which is perpendicular to the light exit surface , and the reflector panel is arranged substantially parallel to the main radiation direction of the light source and narrows the half-space irradiated by the light source to approximately a quarter space, which substantially completely faces the light entry surface , wherein the lens has a thickness that varies over the light exit surface and decreases from the region of the light entry surface at least towards the opposing narrow side of the lens .
A nozzle for a thermal spray gun comprising: a nozzle body having a central bore and an exterior surface structured for insertion into a thermal spray gun; characterized in that the nozzle further comprises a water coolable surface coating applied onto at least a portion of the exterior surface, wherein the water coolable surface coating is structured to protect the exterior surface from a chemical interaction with cooling water guided through the thermal spray gun and the water coolable surface coating has a coating thickness of between about 2.54 μm (0.0001") and about 25.4 μm (0.001"), and wherein the nozzle comprises a plurality of cooling fins extending radially from the exterior surface. a nozzle body having a central bore and an exterior surface structured for insertion into a thermal spray gun; characterized in that the nozzle further comprises a water coolable surface coating applied onto at least a portion of the exterior surface, wherein the water coolable surface coating is structured to protect the exterior surface from a chemical interaction with cooling water guided through the thermal spray gun and the water coolable surface coating has a coating thickness of between about 2.54 μm (0.0001") and about 25.4 μm (0.001"), and wherein the nozzle comprises a plurality of cooling fins extending radially from the exterior surface.
A display device, comprising: a display panel ; a light guide plate disposed at a rear of the display panel; an optical sheet disposed between the display panel and the light guide plate, an optical assembly configured to emit light to the display panel; a light absorbing layer positioned between the light guide plate and the optical sheet and configured to absorb a predetermined wavelength range of the emitted light by the display panel, wherein the emitted light by the display panel comprises a blue light, a green light, and a red light, wherein a peak intensity of the green light is in a range of 25% to 38% of a peak intensity of the blue light, and wherein a peak intensity of the red light is in a range of 14% to 32% of the peak intensity of the blue light, wherein the optical assembly comprises: a light source configured to emit the blue light; and an encapsulant configured to cover the light source, wherein yellow and red fluorescent particles are disposed in the encapsulant, wherein a total of the yellow and red fluorescent particles by weight is in a range of 4.2% to 6.8% of the encapsulant, wherein the proportion of the yellow fluorescent substance is 42 to 62%, and the proportion of the red fluorescent substance is 37 to 57% of the total. a display panel ; a light guide plate disposed at a rear of the display panel; an optical sheet disposed between the display panel and the light guide plate, an optical assembly configured to emit light to the display panel; a light absorbing layer positioned between the light guide plate and the optical sheet and configured to absorb a predetermined wavelength range of the emitted light by the display panel, wherein the emitted light by the display panel comprises a blue light, a green light, and a red light, wherein a peak intensity of the green light is in a range of 25% to 38% of a peak intensity of the blue light, and wherein a peak intensity of the red light is in a range of 14% to 32% of the peak intensity of the blue light, wherein the optical assembly comprises: a light source configured to emit the blue light; and an encapsulant configured to cover the light source, wherein yellow and red fluorescent particles are disposed in the encapsulant, wherein a total of the yellow and red fluorescent particles by weight is in a range of 4.2% to 6.8% of the encapsulant, wherein the proportion of the yellow fluorescent substance is 42 to 62%, and the proportion of the red fluorescent substance is 37 to 57% of the total. a light source configured to emit the blue light; and an encapsulant configured to cover the light source, wherein yellow and red fluorescent particles are disposed in the encapsulant, wherein a total of the yellow and red fluorescent particles by weight is in a range of 4.2% to 6.8% of the encapsulant, wherein the proportion of the yellow fluorescent substance is 42 to 62%, and the proportion of the red fluorescent substance is 37 to 57% of the total.
A bronchoscope comprising: a body ; and a flexible instrument cord for non-percutaneous insertion to a patient's lungs, the instrument cord extending from the body and having a longitudinally extending hollow instrument channel formed therethrough, wherein the body includes: a power input port that is connectable to receive microwave energy, and an optical port arranged to receive optical signals from a distal end of the instrument cord , and wherein the instrument cord comprises a coaxial transmission line formed around the instrument channel , the coaxial transmission line being connected to the power input port to convey microwave energy to the distal end of the instrument cord . a body ; and a flexible instrument cord for non-percutaneous insertion to a patient's lungs, the instrument cord extending from the body and having a longitudinally extending hollow instrument channel formed therethrough, wherein the body includes: a power input port that is connectable to receive microwave energy, and an optical port arranged to receive optical signals from a distal end of the instrument cord , and a power input port that is connectable to receive microwave energy, and an optical port arranged to receive optical signals from a distal end of the instrument cord , and wherein the instrument cord comprises a coaxial transmission line formed around the instrument channel , the coaxial transmission line being connected to the power input port to convey microwave energy to the distal end of the instrument cord .
Vehicle seat having at least one seat shell , wherein the seat shell has a frame with two spaced-apart frame units and a shell surface arrangement extending from one of the frame units to the other frame unit , wherein the shell surface arrangement has a net-like structure composed of a first fibre-reinforced plastic, wherein the seat shell has at least one holding element which is connected to a corresponding receiving element for fastening the seat shell , wherein the net-like structure has a multiplicity of linear or strip-like and intersecting fibre portions , characterized in that the fibre portions are formed by a single semifinished fibre product, wherein the semifinished fibre product runs multiple times between the frame units by means of at least one change in direction on the frame , wherein the fibre portions of the entire net-like structure are produced by means of a single semifinished fibre product comprising continuous fibres. wherein the seat shell has a frame with two spaced-apart frame units and a shell surface arrangement extending from one of the frame units to the other frame unit , wherein the shell surface arrangement has a net-like structure composed of a first fibre-reinforced plastic, wherein the seat shell has at least one holding element which is connected to a corresponding receiving element for fastening the seat shell , wherein the net-like structure has a multiplicity of linear or strip-like and intersecting fibre portions , characterized in that the fibre portions are formed by a single semifinished fibre product, wherein the semifinished fibre product runs multiple times between the frame units by means of at least one change in direction on the frame , wherein the fibre portions of the entire net-like structure are produced by means of a single semifinished fibre product comprising continuous fibres.
An electronic device for a vehicle , comprising: a power supply configured to supply power; an interface configured to receive high definition, HD, map data (351-355; 361-371) of a specified region from a server through a communication device ; and at least one processor configured to continuously generate electronic horizon data of the specified region based on the HD map data (351-355; 361-371) in a state in which the power is received, and to set a light irradiation region of a head lamp based on the electronic horizon data, characterised in that the electronic horizon data comprises dynamic data comprising information on a hidden object defined as an object that is not sensed by a sensor (211-215), and wherein the processor is configured to set a point at which the hidden object is located to the light irradiation region . a power supply configured to supply power; an interface configured to receive high definition, HD, map data (351-355; 361-371) of a specified region from a server through a communication device ; and at least one processor configured to continuously generate electronic horizon data of the specified region based on the HD map data (351-355; 361-371) in a state in which the power is received, and to set a light irradiation region of a head lamp based on the electronic horizon data, characterised in that the electronic horizon data comprises dynamic data comprising information on a hidden object defined as an object that is not sensed by a sensor (211-215), and wherein the processor is configured to set a point at which the hidden object is located to the light irradiation region .
An apparatus, comprising: a device, including: a processor comprising a trusted execution environment and at least one other execution environment; a first memory ; a first bus master that is configured to operate with secure code; a first input/output, I/O, subsystem that is configured to control input and output functions; and a first firewall being set up such that code from the at least one other execution environment is prevented from configuring the first firewall and such that communication from the first I/O subsystem upon boot of the device is blocked until the first firewall has been configured, and further configured to: receive a secure-code configuration from the bus master; execute the secure-code configuration from the bus master to configure the first firewall subsequent to boot such that the first firewall has an effect that non-secure code is prevented from configuring the first firewall; and after configuration of the first firewall, selectively allow the first I/O subsystem access to the first memory based on a range of addresses of the first memory configured as accessible to the first I/O subsystem. a processor comprising a trusted execution environment and at least one other execution environment; a first memory ; a first bus master that is configured to operate with secure code; a first input/output, I/O, subsystem that is configured to control input and output functions; and a first firewall being set up such that code from the at least one other execution environment is prevented from configuring the first firewall and such that communication from the first I/O subsystem upon boot of the device is blocked until the first firewall has been configured, and further configured to: receive a secure-code configuration from the bus master; execute the secure-code configuration from the bus master to configure the first firewall subsequent to boot such that the first firewall has an effect that non-secure code is prevented from configuring the first firewall; and after configuration of the first firewall, selectively allow the first I/O subsystem access to the first memory based on a range of addresses of the first memory configured as accessible to the first I/O subsystem. receive a secure-code configuration from the bus master; execute the secure-code configuration from the bus master to configure the first firewall subsequent to boot such that the first firewall has an effect that non-secure code is prevented from configuring the first firewall; and after configuration of the first firewall, selectively allow the first I/O subsystem access to the first memory based on a range of addresses of the first memory configured as accessible to the first I/O subsystem.
An ethanol extract of Helichrysum gymnocephalum for use in the treatment and/or prevention of inflammatory dermatoses.
A method of controlling a hydroformylation process for producing aldehydes, the process comprising contacting an olefin with carbon monoxide, hydrogen and a catalyst, the catalyst comprising (A) a transition metal, (B) a monophosphine, and (C) a tetraphosphine having the following structure: wherein each P is a phosphorous atom, and each of R 1 -R 46 are independently hydrogen, a C1 to C8 alkyl group, an aryl group, an alkaryl group, or a halogen, the contacting conducted in one or more reaction zones and at hydroformylation conditions to produce a blend of normal (N) and iso (I) aldehydes at a N:I ratio, the method comprising at least one of: increasing the N:I ratio by adding additional tetraphosphine to a reaction zone; decreasing the N:I ratio by adding additional monophosphine to a reaction zone; or increasing the N:I ratio by volatilization of the free monophosphine. increasing the N:I ratio by adding additional tetraphosphine to a reaction zone; decreasing the N:I ratio by adding additional monophosphine to a reaction zone; or increasing the N:I ratio by volatilization of the free monophosphine.
An organic light emitting device comprising, in sequence, an anode , a light emitting layer , a first electron transport layer , a second electron transport layer , and a cathode , wherein the second electron transport layer includes a first material and a second material different from the first material, and the first electron transport layer includes a third material and a fourth material different from the third material, the light emitting layer and the first electron transport layer are disposed in contact with each other, the first electron transport layer and the second electron transport layer are disposed in contact with each other, the light emitting layer includes a fifth material, the second material and the third material are the same compound, and the fourth material and the fifth material are the same compound, satisfying a relation: Absolute value of the highest occupied molecular orbital (HOMO) energy of the third material > Absolute value of HOMO energy of the fourth material, and Absolute value of HOMO energy of the fifth material < Absolute value of HOMO energy of the second material. wherein the second electron transport layer includes a first material and a second material different from the first material, and the first electron transport layer includes a third material and a fourth material different from the third material, the light emitting layer and the first electron transport layer are disposed in contact with each other, the first electron transport layer and the second electron transport layer are disposed in contact with each other, the light emitting layer includes a fifth material, the second material and the third material are the same compound, and the fourth material and the fifth material are the same compound, satisfying a relation: Absolute value of the highest occupied molecular orbital (HOMO) energy of the third material > Absolute value of HOMO energy of the fourth material, and Absolute value of HOMO energy of the fifth material < Absolute value of HOMO energy of the second material. Absolute value of the highest occupied molecular orbital (HOMO) energy of the third material > Absolute value of HOMO energy of the fourth material, and Absolute value of HOMO energy of the fifth material < Absolute value of HOMO energy of the second material.