mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device comprising: a substrate (SUB); first and second electrodes (ELT1, ELT2) disposed on the substrate (SUB) and spaced apart from each other; an insulating layer (INS) disposed on the substrate (SUB) on which the first and the second electrodes (ELT1, ELT2) are formed, and including a groove (GRV) extending in a first direction (DR1) intersecting with the first and the second electrodes (ELT1, ELT2), and first and second contact portions (CNT1, CNT2) configured to respectively expose areas of the first and the second electrodes (ELT1, ELT2); a plurality of light emitting elements (LD) disposed on the groove (GRV) and located between the first and the second electrodes (ELT1, ELT2), and each comprising first and second ends (EP1, EP2) respectively and electrically connected to the first and second electrodes (ELT1, ELT2); a first contact electrode (CNE1) electrically connected to the light emitting elements (LD) on the first end (EP1), and electrically connected to the first electrode (ELT1) on the first contact portion (CNT1); and a second contact electrode (CNE2) electrically connected to the light emitting elements (LD) on the second end (EP2), and electrically connected to the second electrode (ELT2) on the second contact portion (CNT2). a substrate (SUB); first and second electrodes (ELT1, ELT2) disposed on the substrate (SUB) and spaced apart from each other; an insulating layer (INS) disposed on the substrate (SUB) on which the first and the second electrodes (ELT1, ELT2) are formed, and including a groove (GRV) extending in a first direction (DR1) intersecting with the first and the second electrodes (ELT1, ELT2), and first and second contact portions (CNT1, CNT2) configured to respectively expose areas of the first and the second electrodes (ELT1, ELT2); a plurality of light emitting elements (LD) disposed on the groove (GRV) and located between the first and the second electrodes (ELT1, ELT2), and each comprising first and second ends (EP1, EP2) respectively and electrically connected to the first and second electrodes (ELT1, ELT2); a first contact electrode (CNE1) electrically connected to the light emitting elements (LD) on the first end (EP1), and electrically connected to the first electrode (ELT1) on the first contact portion (CNT1); and a second contact electrode (CNE2) electrically connected to the light emitting elements (LD) on the second end (EP2), and electrically connected to the second electrode (ELT2) on the second contact portion (CNT2).
An optoelectronic device (OPT) comprising: ▪ at least one pixel (Pxl), a pixel comprising: ∘ a plurality of optical resonators (RO 1 , RO 2 ), each optical resonator comprising a photodetecting structure (SPD) confined between a first, reflective, metal layer (M1) and a second metal layer (M2); ∘ and a connection microstructure (MC) that is arranged on a support made of dielectric material and is configured to electrically connect the second metal layers (M2) of the optical resonators (RO 1 , RO 2 ) belonging to the same pixel (Pxl); ▪ a readout integrated circuit (ROIC) arranged on a substrate (Sub2) and assembled with said pixel; the readout circuit comprising a buried readout electrode (EL) associated with said pixel (Pxl) and a metal or dielectric outer layer (M3, D2); the assembly comprising at least the first metal layer (M1) and the outer layer (M3) of the readout integrated circuit being referred to as planar assembly structure (SPA); the second metal layers (M2) of the resonators (RO 1 , RO 2 ) of a pixel (Pxl) being connected to the associated readout electrode (EL) by way of a metal via (V1) connected to the connection microstructure (MC) and passing through the support . ▪ at least one pixel (Pxl), a pixel comprising: ∘ a plurality of optical resonators (RO 1 , RO 2 ), each optical resonator comprising a photodetecting structure (SPD) confined between a first, reflective, metal layer (M1) and a second metal layer (M2); ∘ and a connection microstructure (MC) that is arranged on a support made of dielectric material and is configured to electrically connect the second metal layers (M2) of the optical resonators (RO 1 , RO 2 ) belonging to the same pixel (Pxl); ∘ a plurality of optical resonators (RO 1 , RO 2 ), each optical resonator comprising a photodetecting structure (SPD) confined between a first, reflective, metal layer (M1) and a second metal layer (M2); ∘ and a connection microstructure (MC) that is arranged on a support made of dielectric material and is configured to electrically connect the second metal layers (M2) of the optical resonators (RO 1 , RO 2 ) belonging to the same pixel (Pxl); ▪ a readout integrated circuit (ROIC) arranged on a substrate (Sub2) and assembled with said pixel; the readout circuit comprising a buried readout electrode (EL) associated with said pixel (Pxl) and a metal or dielectric outer layer (M3, D2); the assembly comprising at least the first metal layer (M1) and the outer layer (M3) of the readout integrated circuit being referred to as planar assembly structure (SPA); the second metal layers (M2) of the resonators (RO 1 , RO 2 ) of a pixel (Pxl) being connected to the associated readout electrode (EL) by way of a metal via (V1) connected to the connection microstructure (MC) and passing through the support .
Smoke detector having a sensor system for identifying an adjacent object , wherein signals can be transmitted and received by means of the sensor system , wherein a received signal for identifying an object can be evaluated, wherein the sensor system comprises a plurality of transmitters (12-14), wherein the smoke detector is attached to a mounting surface , and wherein the transmitters (12-14) are aligned such that in operation they beam onto the mounting surface in an oblique direction away from the smoke detector .
A low-profile access port for subcutaneous placement in a patient, comprising: a body including: a conduit including an inlet port at a proximal end thereof; and a receiving cup in communication with the inlet port , the receiving cup concavely shaped to direct a catheter-bearing needle into the conduit via the inlet port , the receiving cup to be oriented substantially toward a skin surface when subcutaneously implanted within the patient, so as to have a substantially upward orientation; and a valve/seal assembly disposed in the conduit that enables passage of the catheter therethrough, wherein the conduit includes a first conduit portion and a second conduit portion , the second conduit portion positioned distal to and at an angled orientation with respect to the first conduit portion so as to prevent passage of the needle of the catheter-bearing needle while permitting passage of the catheter, and the second conduit portion is disposed at an angle less than about 37 degrees with respect to the first conduit portion , characterized in that the first conduit portion extends distally from the inlet port in an angled downward configuration to a bend , where the second conduit portion angles slightly upward and changes direction at the angle less than about 37 degrees. a conduit including an inlet port at a proximal end thereof; and a receiving cup in communication with the inlet port , the receiving cup concavely shaped to direct a catheter-bearing needle into the conduit via the inlet port , the receiving cup to be oriented substantially toward a skin surface when subcutaneously implanted within the patient, so as to have a substantially upward orientation; and a valve/seal assembly disposed in the conduit that enables passage of the catheter therethrough, wherein the conduit includes a first conduit portion and a second conduit portion , the second conduit portion positioned distal to and at an angled orientation with respect to the first conduit portion so as to prevent passage of the needle of the catheter-bearing needle while permitting passage of the catheter, and the second conduit portion is disposed at an angle less than about 37 degrees with respect to the first conduit portion , characterized in that the first conduit portion extends distally from the inlet port in an angled downward configuration to a bend , where the second conduit portion angles slightly upward and changes direction at the angle less than about 37 degrees.
A sarcoplasmic/endoplasmic reticulum calcium ATPase (SERCA) pump inhibitor for use in treating a disease caused by protein retention in the endoplasmic reticulum, wherein the inhibitor is encapsulated in a polymer nanoparticle that is surface-modified such that it is targeted to the endoplasmic reticulum (ER), and wherein the disease is chronic granulomatous disease, cystic fibrosis, hereditary emphysema, hereditary hemochromatosis, oculocutaneous albinism, protein C deficiency, type I hereditary angioedema, Fabri disease, Tay-Sachs disease, congenital sucrase-isomaltase deficiency, Crigler-Najjar type 2, diabetes mellitus, Laron syndrome, primary hypothyroidism, congenital long QT syndrome, thyroxine binding globulin deficiency, β-thalassemia/Hb E disease, familial hypercholesterolemia, familial chylomicronemia, abeta-lipoproteinema, congenital hypothyroidism, osteogenesis imperfecta, osteopetrosis, hereditary hypofibrinogenemia, nephrogenic diabetes insipidus, neurohypophyseal diabetes insipidus, Charcot-Marie-Tooth disease, Pelizaeus-Merzbacher disease, Alzheimer's disease, von Willebrand disease type IIA, Tangier disease, or hereditary hemorrhagic telangiectasia (HHT) type 2 with ALK1 missense mutation.
Dental blank for the manufacturing of a dental restoration comprising a) a dental block made from composite material having a translucency of 10 % - 40 %, according to a reflection spectrum in the range of 380-780 nm, wherein the translucency is determined by using a plate of 1 mm, which is measured without background, known as black standard, and with a white standard as background serving as reference, and b) an insert made of ceramic or composite with an opening facing towards an outer surface (B) of the dental blank , wherein the insert comprises at least one positioning element for the positioning of an abutment. a) a dental block made from composite material having a translucency of 10 % - 40 %, according to a reflection spectrum in the range of 380-780 nm, wherein the translucency is determined by using a plate of 1 mm, which is measured without background, known as black standard, and with a white standard as background serving as reference, and b) an insert made of ceramic or composite with an opening facing towards an outer surface (B) of the dental blank , wherein the insert comprises at least one positioning element for the positioning of an abutment.
An airflow delivery device for an electric motor air gap, wherein, the air gap (a) is formed between a rotor and a stator of the motor, the airflow delivery device comprises an annular air distribution chamber which is located at at least one axial end of the air gap (a), and the annular air distribution chamber matches the shape of the air gap (a) and is provided with a delivery port (b) right facing the air gap (a), which delivers hot airflow or cold airflow to the air gap (a), characterised in that the annular air distribution chamber comprises an air intake nozzle , and a flow area of the air intake nozzle is gradually reduced along an air intake direction, or the air intake nozzle is a converging nozzle; and a jet of the air intake nozzle forms the delivery port (b), the air intake nozzle is annular. the annular air distribution chamber comprises an air intake nozzle , and a flow area of the air intake nozzle is gradually reduced along an air intake direction, or the air intake nozzle is a converging nozzle; and a jet of the air intake nozzle forms the delivery port (b), the air intake nozzle is annular.
A stabilizer that is attached to a fixing member and slidably supports a slide member within the fixing member ; equipped with the following: a housing having an opening ; a lever having a lever shaft part housed in the housing , a lever body part extending from the lever shaft part , a lever extension part curved from the lever body part, and a lever cam part extending in a direction opposite to the lever body part from the lever shaft part ; and a sheet metal spring having a flat plate part fixed to the housing , and a curved surface part that is adjacent to the flat plate part and can be bent by contact with a lever contact part at a tip of the lever cam part ; wherein the lever tip part of the lever extension part protrudes from the opening part of the housing . a housing having an opening ; a lever having a lever shaft part housed in the housing , a lever body part extending from the lever shaft part , a lever extension part curved from the lever body part, and a lever cam part extending in a direction opposite to the lever body part from the lever shaft part ; and a sheet metal spring having a flat plate part fixed to the housing , and a curved surface part that is adjacent to the flat plate part and can be bent by contact with a lever contact part at a tip of the lever cam part ; wherein the lever tip part of the lever extension part protrudes from the opening part of the housing .
A hybrid irrigation tube comprising: a lumen ; a microporous membrane , micropores of the microporous membrane configured to provide fluid communication between the lumen and an exterior surface of the hybrid irrigation tube; a non-porous backer , the microporous membrane and the non-porous backer each extending lengthwise on the hybrid irrigation tube, the non-porous backer being connected to the microporous membrane at a first lengthwise weld area and a second lengthwise weld area; and at least one drip emitter disposed on the non-porous backer, the at least one drip emitter configured to provide fluid communication between the lumen and the exterior surface of the hybrid irrigation tube, the microporous membrane having a first operational pressure range for fluid passage, the at least one drip emitter having a second operational pressure range for fluid passage, the first operational pressure range for fluid passage including pressures below the second operational pressure range for fluid passage. a lumen ; a microporous membrane , micropores of the microporous membrane configured to provide fluid communication between the lumen and an exterior surface of the hybrid irrigation tube; a non-porous backer , the microporous membrane and the non-porous backer each extending lengthwise on the hybrid irrigation tube, the non-porous backer being connected to the microporous membrane at a first lengthwise weld area and a second lengthwise weld area; and at least one drip emitter disposed on the non-porous backer, the at least one drip emitter configured to provide fluid communication between the lumen and the exterior surface of the hybrid irrigation tube, the microporous membrane having a first operational pressure range for fluid passage, the at least one drip emitter having a second operational pressure range for fluid passage, the first operational pressure range for fluid passage including pressures below the second operational pressure range for fluid passage.
A method of installing an application program to an information processing device which is connected with a network using user setting information including at least one setting item, the method being able to execute a normal installation and a reference installation, the method comprising the steps of: requiring a user who installs the application program according to the normal installation to input the user setting information; and registering the user setting information which is inputted when the normal installation is executed with an information processing server connected to the network; executing the reference installation which includes the steps of: acquiring the user setting information from the information processing server if stored in the information processing server ; making the user select whether the user setting information acquired from the information processing server is to be changed; making the user input the change for each setting item if the user selects to change the user setting information; making the information processing device execute displaying the user setting information acquired from the information processing server when the contents are changed by the step of making the user input the change; and using the user setting information acquired by the step of acquiring the user setting information with the change input by the user. requiring a user who installs the application program according to the normal installation to input the user setting information; and registering the user setting information which is inputted when the normal installation is executed with an information processing server connected to the network; executing the reference installation which includes the steps of: acquiring the user setting information from the information processing server if stored in the information processing server ; making the user select whether the user setting information acquired from the information processing server is to be changed; making the user input the change for each setting item if the user selects to change the user setting information; making the information processing device execute displaying the user setting information acquired from the information processing server when the contents are changed by the step of making the user input the change; and acquiring the user setting information from the information processing server if stored in the information processing server ; making the user select whether the user setting information acquired from the information processing server is to be changed; making the user input the change for each setting item if the user selects to change the user setting information; making the information processing device execute displaying the user setting information acquired from the information processing server when the contents are changed by the step of making the user input the change; and using the user setting information acquired by the step of acquiring the user setting information with the change input by the user.
A robot cleaner system comprising a robot cleaner configured to perform cleaning, while driving automatically; a recharging base for the robot cleaner; and a remote control device having a camera and configured to perform remote-control of the robot cleaner, wherein the remote control device is arranged to generate mapping information between an actual region and a virtual region based on image information on the robot cleaner and a region near the robot cleaner, or based on image information on the recharging base and a region near the recharging base, the image information being generated by the camera; wherein recognition means are provided in the robot cleaner or the recharging base and wherein the mapping information is generated on the basis of shape information of the recognition means; and wherein the recognition means comprise LED lighting configured to be activated to provide a light toward an outside of a case from an inside of the case provided in the robot cleaner or the recharging base.
A method for manufacturing processed fibers with bleaching and/or dyeing animal fibers, performing a soaking step for soaking said animal fibers in a solution of hydrolyzed keratin having a number average molecular weight of 150 to 3000, as measured by gel filtration molecular weight analysis, wherein the soaking step is performed both before and after bleaching and/or dyeing, and wherein the animal fibers are one or more selected from the group of sheep wool, cashmere, mohair, camel hair, llama, alpaca, vicuna, angora, mink, and silk.
A stand for an elongated medicament delivery device having a distal end and a proximal end , the stand comprising: - a base section for supporting the stand on a support surface ; - a holding section for receiving the distal end of the medicament delivery device ; and - a body section arranged between the base section and the holding section ; wherein the holding section is configured to hold the medicament delivery device in a substantially vertical orientation when the base section is positioned on the support surface ; wherein the holding section comprises an elastically deformable material for providing an elastic squeeze fit around the distal end of the medicament delivery device when received in the holding section , characterized in that the stand is configured to adopt a tubular state in which each of the holding section , the body section and the base section is configured to enclose the medicament delivery device and the stand is further configured to be inverted from the tubular state to an inverted state by folding the body section relative to the holding section such that the holding section passes through a base opening of the base section ; and wherein the stand in the inverted state is configured to hold the medicament delivery device in the substantially vertical orientation when the base section is positioned on the support surface and wherein an inner diameter of the base section equals an inner diameter of the holding section ; wherein an inner diameter of the body section is slightly larger than the inner diameters of the base section and the holding section. - a base section for supporting the stand on a support surface ; - a holding section for receiving the distal end of the medicament delivery device ; and - a body section arranged between the base section and the holding section ; wherein the holding section is configured to hold the medicament delivery device in a substantially vertical orientation when the base section is positioned on the support surface ; wherein the holding section comprises an elastically deformable material for providing an elastic squeeze fit around the distal end of the medicament delivery device when received in the holding section , characterized in that the stand is configured to adopt a tubular state in which each of the holding section , the body section and the base section is configured to enclose the medicament delivery device and the stand is further configured to be inverted from the tubular state to an inverted state by folding the body section relative to the holding section such that the holding section passes through a base opening of the base section ; and wherein the stand in the inverted state is configured to hold the medicament delivery device in the substantially vertical orientation when the base section is positioned on the support surface and wherein an inner diameter of the base section equals an inner diameter of the holding section ; wherein an inner diameter of the body section is slightly larger than the inner diameters of the base section and the holding section.
Composition comprising a polyether having at least one reactive silyl group, preferably reactive terminal silyl group and a lignin and/or lignin derivative.
A medium for storing fluorescent dye-containing resin particles, comprising: a Tris-buffer containing 0.6% α-casein, 0.6% β-casein, 3% BSA and 0.1% Tween 20, wherein, in a particle-containing liquid obtained by adding fluorescent dye-containing resin particles to said medium, the rate of change in the backscatter intensity (transmitted light) at the center of the height of said particle-containing liquid left to stand for 24 hours after said addition is not less than -1% based on said particle-containing liquid immediately after said addition. a Tris-buffer containing 0.6% α-casein, 0.6% β-casein, 3% BSA and 0.1% Tween 20, wherein, in a particle-containing liquid obtained by adding fluorescent dye-containing resin particles to said medium, the rate of change in the backscatter intensity (transmitted light) at the center of the height of said particle-containing liquid left to stand for 24 hours after said addition is not less than -1% based on said particle-containing liquid immediately after said addition.