mhurhangee/ep-ind-claims huggingface dataset:
A wound dressing comprising: a high-moisture-vapor-transmission-rate drape having a first side and a second, patient-facing side; a thermally-conductive, vapor-permeable member comprising: a drape-interface member having a first side and a second, patient-facing side, wherein the first side of the drape-interface member is proximate the second, patient-facing side of the high-moisture-vapor-transmission-rate drape, a patient-interface member having a first side and a second, patient-facing side, wherein the second, patient-facing side of the patient-interface member is proximate to a patient, and a coupling member that thermally couples the drape-interface member and the patient-interface member; a liquid-processing member disposed between the drape-interface member and the patient-interface member, wherein the liquid-processing member is operable to at least temporarily retain liquids from the wound; and wherein the thermally-conductive, vapor-permeable member is operable to conduct body heat from the patient to the high-moisture-vapor-transmission-rate drape to enhance transmission of vapor through the high-moisture-vapor-transmission-rate drape; wherein the thermally-conductive, vapor-permeable member comprises an active carbon member or a material with metallic fibers, zinc oxide or silver. a high-moisture-vapor-transmission-rate drape having a first side and a second, patient-facing side; a thermally-conductive, vapor-permeable member comprising: a drape-interface member having a first side and a second, patient-facing side, wherein the first side of the drape-interface member is proximate the second, patient-facing side of the high-moisture-vapor-transmission-rate drape, a patient-interface member having a first side and a second, patient-facing side, wherein the second, patient-facing side of the patient-interface member is proximate to a patient, and a coupling member that thermally couples the drape-interface member and the patient-interface member; a drape-interface member having a first side and a second, patient-facing side, wherein the first side of the drape-interface member is proximate the second, patient-facing side of the high-moisture-vapor-transmission-rate drape, a patient-interface member having a first side and a second, patient-facing side, wherein the second, patient-facing side of the patient-interface member is proximate to a patient, and a coupling member that thermally couples the drape-interface member and the patient-interface member; a liquid-processing member disposed between the drape-interface member and the patient-interface member, wherein the liquid-processing member is operable to at least temporarily retain liquids from the wound; and wherein the thermally-conductive, vapor-permeable member is operable to conduct body heat from the patient to the high-moisture-vapor-transmission-rate drape to enhance transmission of vapor through the high-moisture-vapor-transmission-rate drape; wherein the thermally-conductive, vapor-permeable member comprises an active carbon member or a material with metallic fibers, zinc oxide or silver.
A catalyst filling comprising a first layer of a planar catalyst material and a second layer of a planar catalyst material disposed thereabove, wherein the catalyst material of the first layer comprises at least two plates which each abut one another while forming an abutment edge; wherein the catalyst material of the second layer comprises at least two plates which each abut one another while forming an abutment edge; and wherein the plates of the second layer are configured and/or arranged relative to the plates of the first layer such that on a projection of the abutment edge(s) of the first layer and of the abutment edge(s) of the second layer into a common plane, no abutment edge of the first layer has more than one common point with an abutment edge of the second layer, characterized in that the catalyst material has a metal foam. a first layer of a planar catalyst material and a second layer of a planar catalyst material disposed thereabove, wherein the catalyst material of the first layer comprises at least two plates which each abut one another while forming an abutment edge; wherein the catalyst material of the second layer comprises at least two plates which each abut one another while forming an abutment edge; and wherein the plates of the second layer are configured and/or arranged relative to the plates of the first layer such that on a projection of the abutment edge(s) of the first layer and of the abutment edge(s) of the second layer into a common plane, no abutment edge of the first layer has more than one common point with an abutment edge of the second layer, characterized in that the catalyst material has a metal foam.
A hydraulic device for feeding and controlling a fluid stream towards a use circuit, comprising: a delivery branch, apt to be connected to said use circuit so as to send said stream to said use circuit, a return branch, apt to be connected to said user circuit so as to receive said stream from said user circuit, and apt to be coupled with a measuring instrument of the instantaneous flow rate of said stream in said return branch, a first hydraulic path putting said delivery branch in fluid communication with said return branch, a first seat, placed on the delivery branch, of a shut-off valve, the latter being operable between a first operating configuration in which it allows the stream to get through the delivery branch so as to reach said use circuit, and a second operating configuration in which it diverts the stream from said delivery branch towards the return branch through at least one portion of said first hydraulic path, without getting rough said use circuit, characterised in that a second seat is provided, placed on the delivery branch, of a first balancing valve, and a third seat, is provided, placed on the first hydraulic path, of a second balancing valve, and in that said first hydraulic path fits into the return branch in a connection area placed upstream, with respect to the flowing direction of the stream in the return branch, from a portion of said return branch intended to be coupled directly with said measuring instrument. a delivery branch, apt to be connected to said use circuit so as to send said stream to said use circuit, a return branch, apt to be connected to said user circuit so as to receive said stream from said user circuit, and apt to be coupled with a measuring instrument of the instantaneous flow rate of said stream in said return branch, a first hydraulic path putting said delivery branch in fluid communication with said return branch, a first seat, placed on the delivery branch, of a shut-off valve, the latter being operable between a first operating configuration in which it allows the stream to get through the delivery branch so as to reach said use circuit, and a second operating configuration in which it diverts the stream from said delivery branch towards the return branch through at least one portion of said first hydraulic path, without getting rough said use circuit, characterised in that a second seat is provided, placed on the delivery branch, of a first balancing valve, and a third seat, is provided, placed on the first hydraulic path, of a second balancing valve, and in that said first hydraulic path fits into the return branch in a connection area placed upstream, with respect to the flowing direction of the stream in the return branch, from a portion of said return branch intended to be coupled directly with said measuring instrument.
Method for an anti-sprouting treatment of tubers comprising the following step: - applying CIPC, wherein this acronym stands for 3-chlorophenylisopropylcarbamate, and limonene to said tubers in a total amount of CIPC and limonene effective to at least partially supress sprouting of said tubers and to remove sprouts that have formed on said tubers compared to untreated tubers, wherein the ratio between the mass of limonene and the mass of CIPC is between 4 and 50. - applying CIPC, wherein this acronym stands for 3-chlorophenylisopropylcarbamate, and limonene to said tubers in a total amount of CIPC and limonene effective to at least partially supress sprouting of said tubers and to remove sprouts that have formed on said tubers compared to untreated tubers, wherein the ratio between the mass of limonene and the mass of CIPC is between 4 and 50.
A textile fabric having an anti-slip effect, wherein the textile fabric is produced from at least two thread systems (42, 46, 47) that are interconnected through the formation of stitches with a stitch head and two stitch legs (38, 40) leading to the stitch head, with the textile fabric comprising: a first surface and a second surface that faces away from the first surface, with a first thread system being made with a yarn, characterized in that the textile fabric is a flat-knitted fabric knitted using two needle bars and a second thread system is made with a silicone thread, with the textile fabric being embodied such that the silicone thread of the second thread system is exposed on the first surface substantially only in the vicinity of its stitch legs (38, 40).
A controller add-on comprising: a housing, wherein the housing is configured to mechanically couple to a body of a game controller, wherein a conformable surface of the housing is configured to conform with a bottom of the body of the game controller; a plurality of buttons (102, 103) coupled to the housing wherein the plurality of buttons are located opposite the conformable surface; and a controller interface (201, 202, 203) coupled to the housing wherein the controller interface is configured to communicatively couple the plurality of buttons to the game controller, wherein the controller interface is further configured to tilt from a first position to make a physical and mechanical connection with the body of the game controller to a second position wherein the conformable surface contacts to the bottom of the body of game controller. a housing, wherein the housing is configured to mechanically couple to a body of a game controller, wherein a conformable surface of the housing is configured to conform with a bottom of the body of the game controller; a plurality of buttons (102, 103) coupled to the housing wherein the plurality of buttons are located opposite the conformable surface; and a controller interface (201, 202, 203) coupled to the housing wherein the controller interface is configured to communicatively couple the plurality of buttons to the game controller, wherein the controller interface is further configured to tilt from a first position to make a physical and mechanical connection with the body of the game controller to a second position wherein the conformable surface contacts to the bottom of the body of game controller.
A high-efficiency color-paste color-mixing pump, comprising cylinder bodies arranged around the circumference of a shaft and plunger pistons matched with the cylinder bodies, characterized in that the cylinder bodies and the plunger pistons are sealed in a swelling, hard and fitted manner, that is, sealing elements (4; 5; 6; 7) between the cylinder bodies and the plunger pistons are sealing elements swelling towards the plunger pistons; and an annular hard material (3; 31) is arranged on the contact parts between the plunger pistons and the sealing elements; wherein the hard material is cubic boron nitride; and wherein the hard material is fixedly embedded and sleeved on the plunger pistons or the hard material is coated on the plunger pistons.
Use of a textile reinforcement in a thermoplastic resin impregnation method, with a view to producing composite parts, said textile reinforcement comprising at least one set of high-tenacity yarns, each set comprising substantially parallel yarns, and a sewing yarn sewn through the at least one set to ensure the cohesion thereof, the sewing yarn comprising a group of filaments having a melting temperature higher than the application temperature of the said thermoplastic impregnation resin, characterized by a group of filaments produced from a thermoplastic material, miscible in the impregnation resin, and having a melting temperature lower than the application temperature of the said thermoplastic impregnation resin, the two groups of filaments being assembled by twisting or wrapping.
A method of forming a solid composite product, comprising curing a mixture in a mold to form a composite product, the mixture comprising: 15% by weight of particles of composite materials from fiberglass product, wherein the particles have fibers having an average fiber length of 6 mm (0.25 inch), 23% by weight of resin, 20% by weight of silica, and 42% by weight of aggregate rock in varying sizes; wherein the solid composite product withstands compressive stress of at least 70 MPa (10,000 psi) with a compressive strain of less than 7%. 15% by weight of particles of composite materials from fiberglass product, wherein the particles have fibers having an average fiber length of 6 mm (0.25 inch), 23% by weight of resin, 20% by weight of silica, and 42% by weight of aggregate rock in varying sizes;
Device, comprising: a receiver comprising a plurality of antennas (106_1 to 106_n) for receiving at least three signals (108_1 to 108_i) from at least three Wi-Fi access points (110_1 to 110_i), wherein each antenna of the plurality of antennas (106_1 to 106_n) is arranged to have a different receiving direction, and wherein the receiver is configured to detect signal strengths of the at least three signals (108_1 to 108_i) received with each antenna in order to obtain a plurality of detected signal strengths for each signal of the at least three signals (108_1 to 108_i); an orientation determiner configured to determine an orientation of the device relative to the at least three Wi-Fi access points (110_1 to 110_i) based on the plurality of detected signal strengths for each signal of the at least three signals (108_1 to 108_i) and based on a Wi-Fi fingerprinting database; and a position determiner configured to determine a position of the device relative to the at least three Wi-Fi access points (110_1 to 110_i) based on the plurality of detected signal strengths for each signal of the at least three signals (108_1 to 108_i) and based on the Wi-Fi fingerprinting database. a receiver comprising a plurality of antennas (106_1 to 106_n) for receiving at least three signals (108_1 to 108_i) from at least three Wi-Fi access points (110_1 to 110_i), wherein each antenna of the plurality of antennas (106_1 to 106_n) is arranged to have a different receiving direction, and wherein the receiver is configured to detect signal strengths of the at least three signals (108_1 to 108_i) received with each antenna in order to obtain a plurality of detected signal strengths for each signal of the at least three signals (108_1 to 108_i); an orientation determiner configured to determine an orientation of the device relative to the at least three Wi-Fi access points (110_1 to 110_i) based on the plurality of detected signal strengths for each signal of the at least three signals (108_1 to 108_i) and based on a Wi-Fi fingerprinting database; and a position determiner configured to determine a position of the device relative to the at least three Wi-Fi access points (110_1 to 110_i) based on the plurality of detected signal strengths for each signal of the at least three signals (108_1 to 108_i) and based on the Wi-Fi fingerprinting database.
Light applicator for the examination and/or treatment of an organic body, wherein the light applicator has a minimally invasive insertion section, which extends along an axial longitudinal direction and at its distal end has an LED, wherein at the distal end of the insertion section is arranged a needle tip extending at least partially distalwards from the LED, and tapering distalwards with a light-transparent scattering body for purposes of scattering the light of the LED, wherein a security element at least partially peripherally surrounding the distal end of the insertion section, and at least partially peripherally surrounding the needle tip, is connected to the insertion section and the needle tip, wherein the security element is flexible, in at least some sections, and, in the event of an at least partial break-off or fracture of the needle tip, secures the latter at the distal end of the insertion section against a complete break-off from the light applicator.
A camera module, comprising: an imaging device, having: a solid-state image sensor, and a glass substrate (2, 41) bonded to a light-incident side of the solid-state image sensor, the solid-state image sensor and the glass substrate (2, 41) together forming an integral body; a circuit substrate electrically coupled to the solid-state image sensor; and a spacer which fixes a position of the imaging device relative to the circuit substrate, wherein the spacer has a fixing structure, the fixing structure having a plurality of first surfaces positioned closer to the imaging device than at least one second surface of the spacer, when viewed from a top sectional view intersecting the first and second surfaces, the at least one second surface of the spacer being separated from the imaging device by adhesive, wherein the fixing structure fixes the imaging device at a prescribed position on the circuit substrate when the imaging device is mounted. a solid-state image sensor, and a glass substrate (2, 41) bonded to a light-incident side of the solid-state image sensor, the solid-state image sensor and the glass substrate (2, 41) together forming an integral body; a circuit substrate electrically coupled to the solid-state image sensor; and a spacer which fixes a position of the imaging device relative to the circuit substrate, wherein the spacer has a fixing structure, the fixing structure having a plurality of first surfaces positioned closer to the imaging device than at least one second surface of the spacer, when viewed from a top sectional view intersecting the first and second surfaces, the at least one second surface of the spacer being separated from the imaging device by adhesive, wherein the fixing structure fixes the imaging device at a prescribed position on the circuit substrate when the imaging device is mounted.
A method of fabricating an edge termination structure for a silicon carbide semiconductor device, comprising: forming a plurality of spaced apart concentric floating guard rings in a silicon carbide layer that surround at least a portion of a silicon carbide-based semiconductor junction; forming an insulating oxide layer on the floating guard rings; and forming a silicon carbide surface charge compensation region (36, 38) having a first part between the semiconductor junction and a floating guard ring closest to the semiconductor junction, a second part between each of the floating guard rings and a third part adjacent the floating guard ring furthermost from the semiconductor junction on the side of the floating guard ring distal from the semiconductor junction, the first, second and third parts all being adjacent the insulating oxide layer, wherein the surface charge compensation region (36, 38) extends completely between adjacent ones of the floating guard rings, and wherein the surface charge compensation region (36, 38) has a dopant concentration providing an amount of charge in the surface charge compensation region (36, 38) such that the surface of the surface charge compensation region (36, 38) adjacent the insulating layer is partially depleted by surface charges of the insulating layer and fully depleted when a reverse bias lower than the breakdown voltage of the device is applied to the device. forming a plurality of spaced apart concentric floating guard rings in a silicon carbide layer that surround at least a portion of a silicon carbide-based semiconductor junction; forming an insulating oxide layer on the floating guard rings; and forming a silicon carbide surface charge compensation region (36, 38) having a first part between the semiconductor junction and a floating guard ring closest to the semiconductor junction, a second part between each of the floating guard rings and a third part adjacent the floating guard ring furthermost from the semiconductor junction on the side of the floating guard ring distal from the semiconductor junction, the first, second and third parts all being adjacent the insulating oxide layer, wherein the surface charge compensation region (36, 38) extends completely between adjacent ones of the floating guard rings, and wherein the surface charge compensation region (36, 38) has a dopant concentration providing an amount of charge in the surface charge compensation region (36, 38) such that the surface of the surface charge compensation region (36, 38) adjacent the insulating layer is partially depleted by surface charges of the insulating layer and fully depleted when a reverse bias lower than the breakdown voltage of the device is applied to the device.
A method for producing a clad duct from a laminate having a first edge and a second opposed edge and comprising a rigid foam insulation panel bonded to a sheet of thermoplastic material, said method comprising the steps of removing material from the exposed side of said rigid foam insulation panel to produce at least first and second V-shaped, linear grooves having depths about equal to the thickness of the rigid foam insulation panel, heating a portion of the sheet of thermoplastic material in the vicinity of the bottom of said first V-shaped groove until that portion of the sheet becomes pliable, bending the sheet where the sides of the first V-shaped groove intersect until the V-shaped groove closes, cooling the sheet to or below a temperature at which the sheet retains its bent shape, repeating the heating, bending and cooling steps for the second V-shaped groove, and any additional V-shaped groove, and sealing the first edge and the second edge.
A microcontroller comprising a plurality of peripherals wherein one of the peripherals is a digital to analog converter having an output coupled with an external pin of the microcontroller, wherein the microcontroller is adapted to be reset by a power supply reset and wherein the microcontroller is further adapted to be reset by a software reset signal, and wherein the digital to analog converter is configurable through a configuration register comprising at least one control bit, wherein the control bit controls an operating mode of the digital to analog converter such that in a first operating mode, both the power supply reset signal and the software reset signal reset the digital to analog converter and in a second operating mode only a power supply reset resets the digital to analog converter.