mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a main body ; a storage chamber provided inside the main body such that a front surface is open; a storage box received in the storage chamber and inserted and drawn by sliding; a sliding shelf combined with a lower portion of the storage box and configured to guide the storage box to be inserted and drawn; and a combining unit provided at both sidewalls of the storage chamber to be combined with the sliding shelf , wherein the sliding shelf includes: a cover rail combined with the combining unit and configured to guide the storage box to be inserted and drawn by sliding; and characterized by a sliding part combined with the lower portion of the storage box , a slide rail provided at the sliding part to slide along the cover rail , a self-closing unit combined with the sliding part , configured to accumulate an elastic force when the storage box is drawn and transfer the elastic force in a direction in which the storage box is inserted when the storage box is inserted, and provided with an oil damper which absorbs a shock which is generated by the elastic force when the storage box is inserted. a main body ; a storage chamber provided inside the main body such that a front surface is open; a storage box received in the storage chamber and inserted and drawn by sliding; a sliding shelf combined with a lower portion of the storage box and configured to guide the storage box to be inserted and drawn; and a combining unit provided at both sidewalls of the storage chamber to be combined with the sliding shelf , wherein the sliding shelf includes: a cover rail combined with the combining unit and configured to guide the storage box to be inserted and drawn by sliding; and characterized by a sliding part combined with the lower portion of the storage box , a slide rail provided at the sliding part to slide along the cover rail , a self-closing unit combined with the sliding part , configured to accumulate an elastic force when the storage box is drawn and transfer the elastic force in a direction in which the storage box is inserted when the storage box is inserted, and provided with an oil damper which absorbs a shock which is generated by the elastic force when the storage box is inserted. a cover rail combined with the combining unit and configured to guide the storage box to be inserted and drawn by sliding; and characterized by a sliding part combined with the lower portion of the storage box , a slide rail provided at the sliding part to slide along the cover rail , a self-closing unit combined with the sliding part , configured to accumulate an elastic force when the storage box is drawn and transfer the elastic force in a direction in which the storage box is inserted when the storage box is inserted, and provided with an oil damper which absorbs a shock which is generated by the elastic force when the storage box is inserted.
A composite trailing edge control surface comprising: a contiguous one-piece composite control surface skin receiving fastener apertures and hinge fitting access apertures there-through; a plurality of stiffening cores bonded to the contiguous one-piece composite control surface skin ; a plurality of hinge fittings fastened to the contiguous one-piece composite control surface skin ; and a plurality of substantially parallel ribs fastened to the contiguous one-piece composite control surface skin , wherein each hinge fitting is disposed proximate the respective hinge fitting access apertures and is connected to the contiguous one-piece composite control surface skin via the fastener apertures proximate the hinge fitting access apertures , wherein the contiguous one-piece composite control surface skin is enclosed around the plurality of stiffening cores , and wrapped and glued with one end around the plurality of hinge fittings and the plurality of substantially parallel ribs onto another end , wherein the contiguous one-piece composite control surface skin provides a control surface on opposing sides of the trailing edge control surface and is configured to substantially distribute bending, shear and torsion loads of the trailing edge control surface to the plurality of hinge fittings and the plurality of substantially parallel ribs . a contiguous one-piece composite control surface skin receiving fastener apertures and hinge fitting access apertures there-through; a plurality of stiffening cores bonded to the contiguous one-piece composite control surface skin ; a plurality of hinge fittings fastened to the contiguous one-piece composite control surface skin ; and a plurality of substantially parallel ribs fastened to the contiguous one-piece composite control surface skin , wherein each hinge fitting is disposed proximate the respective hinge fitting access apertures and is connected to the contiguous one-piece composite control surface skin via the fastener apertures proximate the hinge fitting access apertures , wherein the contiguous one-piece composite control surface skin is enclosed around the plurality of stiffening cores , and wrapped and glued with one end around the plurality of hinge fittings and the plurality of substantially parallel ribs onto another end , wherein the contiguous one-piece composite control surface skin provides a control surface on opposing sides of the trailing edge control surface and is configured to substantially distribute bending, shear and torsion loads of the trailing edge control surface to the plurality of hinge fittings and the plurality of substantially parallel ribs .
A method of purifying a bispecific antibody comprising: a. loading an affinity matrix with a mixture of multimeric proteins comprising (i) a first homodimer comprising two copies of a first heavy chain polypeptide and two copies of a light chain polypeptide, (ii) a second homodimer comprising two copies of a second heavy chain polypeptide and two copies of the light chain polypeptide, and (iii) a heterodimeric bispecific antibody comprising the first heavy chain polypeptide and the second heavy chain polypeptide and two copies of the light chain polypeptide, wherein the first heavy chain polypeptide has greater affinity for the affinity matrix than does the second heavy chain polypeptide, wherein the affinity matrix comprises a Protein A ligand affixed to a substrate comprising a multiplicity of particles having a mean diameter of 45 μm and comprising pores having a mean diameter of 1100 Å; and b. eluting and collecting the heterodimeric bispecific antibody from the affinity matrix in a buffer comprising CaCh or MgCh and having a first pH range, wherein the first homodimer elutes from the affinity matrix in the buffer at a second pH range and the second homodimer elutes from the affinity matrix in the buffer at a third pH range, wherein the third pH range comprises a higher pH than the first pH range, which comprises a higher pH than the second pH range. a. loading an affinity matrix with a mixture of multimeric proteins comprising (i) a first homodimer comprising two copies of a first heavy chain polypeptide and two copies of a light chain polypeptide, (ii) a second homodimer comprising two copies of a second heavy chain polypeptide and two copies of the light chain polypeptide, and (iii) a heterodimeric bispecific antibody comprising the first heavy chain polypeptide and the second heavy chain polypeptide and two copies of the light chain polypeptide, wherein the first heavy chain polypeptide has greater affinity for the affinity matrix than does the second heavy chain polypeptide, wherein the affinity matrix comprises a Protein A ligand affixed to a substrate comprising a multiplicity of particles having a mean diameter of 45 μm and comprising pores having a mean diameter of 1100 Å; and b. eluting and collecting the heterodimeric bispecific antibody from the affinity matrix in a buffer comprising CaCh or MgCh and having a first pH range,
A power management device , comprising: a first port configured to be coupled to a first power source ; a second port configured to be coupled to a second power source ; a switched capacitor converter ; and an inductor coupled in parallel with a switch ; wherein the switched capacitor converter is coupled between the first port and one end of the inductor that is coupled in parallel with the switch ; wherein another end of the inductor , which is coupled in parallel with the switch , is coupled to the second port ; wherein the power management device is configured in a forward mode such that the first power source supplies power to the second power source ; further comprising an inner loop power control coupled to the switch ; and wherein the switch and inner loop power control are configured to regulate power transfer between the first and second ports such that either a voltage or current at the second port is within a first range of voltages or currents. a first port configured to be coupled to a first power source ; a second port configured to be coupled to a second power source ; a switched capacitor converter ; and an inductor coupled in parallel with a switch ; wherein the switched capacitor converter is coupled between the first port and one end of the inductor that is coupled in parallel with the switch ; wherein another end of the inductor , which is coupled in parallel with the switch , is coupled to the second port ; wherein the power management device is configured in a forward mode such that the first power source supplies power to the second power source ; further comprising an inner loop power control coupled to the switch ; and wherein the switch and inner loop power control are configured to regulate power transfer between the first and second ports such that either a voltage or current at the second port is within a first range of voltages or currents.
A system to detect entangled fishing gear, the system comprising: a buoy attachable to fishing gear; a depth sensor of the buoy ; and a transmitter of the buoy ; characterised by : a detector configured to differentiate between entanglement with a marine mammal and another event based on output of the depth sensor; and wherein the transmitter is configured to transmit an alert based upon said differentiation. a buoy attachable to fishing gear; a depth sensor of the buoy ; and a transmitter of the buoy ; a detector configured to differentiate between entanglement with a marine mammal and another event based on output of the depth sensor; and wherein the transmitter is configured to transmit an alert based upon said differentiation.
Circuit arrangement for operating an LED module , comprising: - a DC voltage source , - a first current source , wherein the LED module comprises a plurality of serially connected LEDs (11 - 25), wherein the first current source is serially connected to all of the LEDs (11 - 25) of the LED module , - a second current source being serially connected to a first sub-set of the LEDs (11 - 24) of the LED module , wherein the LEDs (11 - 24) of the first sub-set are serially connected, and wherein the LED module comprises at least one LED , which is not part of the first sub-set , and switching means for switching between a first state in which the first current source is operative and the second current source is not operative, and a second state in which the first current source is not operative and the second current source is operative, characterized in that the circuit arrangement further comprises sensing means being configured to sense a voltage drop across the entire LED module and a voltage drop across the first current source in the first state, or a voltage drop across the second current source in the second state, wherein the sensing means is designed to trigger the switching based on the sensed voltage drops, wherein in the second state, the at least one LED is bypassed. - a DC voltage source , - a first current source , wherein the LED module comprises a plurality of serially connected LEDs (11 - 25), wherein the first current source is serially connected to all of the LEDs (11 - 25) of the LED module , - a second current source being serially connected to a first sub-set of the LEDs (11 - 24) of the LED module , - a second current source being serially connected to a first sub-set of the LEDs (11 - 24) of the LED module , wherein the LEDs (11 - 24) of the first sub-set are serially connected, and wherein the LED module comprises at least one LED , which is not part of the first sub-set , and switching means for switching between a first state in which the first current source is operative and the second current source is not operative, and a second state in which the first current source is not operative and the second current source is operative, characterized in that the circuit arrangement further comprises sensing means being configured to sense a voltage drop across the entire LED module and a voltage drop across the first current source in the first state, or a voltage drop across the second current source in the second state, wherein the sensing means is designed to trigger the switching based on the sensed voltage drops, wherein in the second state, the at least one LED is bypassed.
A method of communication between a server device and a client device, comprising the following steps, at the server device: receiving, from the client device, a HyperText Transfer Protocol, HTTP, request to obtain first data, wherein the HTTP request includes first data identifying information allowing identification of the first data on the server device and includes one or more additional header fields containing information for identifying second data other than the first data requested by the HTTP request, wherein the information for identifying second data allows the server device to determine whether the client device is to receive the second data; sending the first data to the client device in response to the HTTP request received from the client device; determining the second data on the server device, using the one or more additional header fields; and pushing, to the client device, using the push feature of HTTP/2, the second data so determined using the one or more additional header fields contained in the HTTP request received from the client device to obtain the first data. receiving, from the client device, a HyperText Transfer Protocol, HTTP, request to obtain first data, wherein the HTTP request includes first data identifying information allowing identification of the first data on the server device and includes one or more additional header fields containing information for identifying second data other than the first data requested by the HTTP request, wherein the information for identifying second data allows the server device to determine whether the client device is to receive the second data; sending the first data to the client device in response to the HTTP request received from the client device; determining the second data on the server device, using the one or more additional header fields; and pushing, to the client device, using the push feature of HTTP/2, the second data so determined using the one or more additional header fields contained in the HTTP request received from the client device to obtain the first data.
A method of classifying for hair transplantation procedures a single follicular unit (FU) based on a number of hairs in the single FU, comprising: processing an image of a body surface containing the single FU to produce a segmented image of the single FU; calculating a contour of the segmented image of the single FU; calculating an outline profile of the segmented image which disregards concavities in the contour of the segmented image of the single FU; determining the number of concavities which are defects in the outline profile; and classifying the single FU at least partially based on the determined number of concavities which are defects in the outline profile, the method further comprising: selecting a region of interest in close proximity to the single FU; determining if the region of interest contains an image of a separate hair which is not a contiguous part of the contour of the single FU; and determining whether the separate hair is within a maximum distance from one or more hairs defining the contour of the single FU, wherein classifying the single FU is additionally based on whether the separate hair is determined to be within a maximum distance from the hair(s) defining the contour of the single FU, wherein the single FU is classified as including each separate hair located within the maximum distance from the hair(s) defining the contour of the single FU. processing an image of a body surface containing the single FU to produce a segmented image of the single FU; calculating a contour of the segmented image of the single FU; calculating an outline profile of the segmented image which disregards concavities in the contour of the segmented image of the single FU; determining the number of concavities which are defects in the outline profile; and classifying the single FU at least partially based on the determined number of concavities which are defects in the outline profile, selecting a region of interest in close proximity to the single FU; determining if the region of interest contains an image of a separate hair which is not a contiguous part of the contour of the single FU; and determining whether the separate hair is within a maximum distance from one or more hairs defining the contour of the single FU, wherein classifying the single FU is additionally based on whether the separate hair is determined to be within a maximum distance from the hair(s) defining the contour of the single FU, wherein the single FU is classified as including each separate hair located within the maximum distance from the hair(s) defining the contour of the single FU.
A composition for use in a method of treating short bowel syndrome (SBS) in a subject, said method comprising administering to the subject in need thereof an amount of a composition comprising a proanthocyanidin polymer composition from C. lechleri effective to treat SBS.
A method of operating a hydrogen generator, comprising steps of: (a) generating, in a reformer , hydrogen-containing gas by a reforming reaction using a material gas and steam generated in an evaporator ; (b) stopping supplying of the material gas to the reformer by a material gas supply device and stopping supplying of water to the evaporator by a water supply device ; (c) supplying the material gas to the reformer by the material gas supply device in a period during evaporation of residual water in at least one of the evaporator and the reformer , after the supplying of the material gas to the reformer and the supplying of water to the evaporator are stopped; and (d) heating the reformer by combusting in a combustor the gas sent out from the reformer , when generating the hydrogen-containing gas in the reformer , wherein the step (c) includes (c1) executing supplying of the material gas to the reformer by the material gas supply device after the gas sent out from the reformer to the combustor becomes incombustible after the supplying of the material gas to the reformer and the supplying of water to the evaporator are stopped, and wherein, in the step (c), at least the supplying of the material gas is performed in a state in which the reformer is at a temperature which causes steam oxidation of a reforming catalyst included in the reformer . (a) generating, in a reformer , hydrogen-containing gas by a reforming reaction using a material gas and steam generated in an evaporator ; (b) stopping supplying of the material gas to the reformer by a material gas supply device and stopping supplying of water to the evaporator by a water supply device ; (c) supplying the material gas to the reformer by the material gas supply device in a period during evaporation of residual water in at least one of the evaporator and the reformer , after the supplying of the material gas to the reformer and the supplying of water to the evaporator are stopped; and (d) heating the reformer by combusting in a combustor the gas sent out from the reformer , when generating the hydrogen-containing gas in the reformer ,
An electronic device comprising: a housing comprising a first surface directed in a first direction and a second surface directed in a second direction opposite the first direction; a printed circuit board included in the housing and comprising a first surface directed in the first direction and a second surface directed in the second direction and a side surface that is perpendicular to the first or second surface; at least one electronic component disposed on the first surface of the printed circuit board; and at least one shield structure configured to electro-magnetically shield the at least one electronic component, wherein the shield structure comprises: a flexible sheet comprising a first sheet that covers the at least one electronic component and a second sheet that at least partially covers the space between, on the one hand, the first sheet and the first surface of the printed circuit board and, on the other hand, the side surface of the printed circuit board ; and at least one frame structure that supports the first and second sheets, wherein the first sheet and second sheet of the flexible sheet comprise: an adhesive layer that makes contact with at least a part of the at least one frame structure; an insulation layer at least partially spaced apart from the adhesive layer; and at least one metal layer disposed between the adhesive layer and the insulation layer. a housing comprising a first surface directed in a first direction and a second surface directed in a second direction opposite the first direction; a printed circuit board included in the housing and comprising a first surface directed in the first direction and a second surface directed in the second direction and a side surface that is perpendicular to the first or second surface; at least one electronic component disposed on the first surface of the printed circuit board; and at least one shield structure configured to electro-magnetically shield the at least one electronic component, wherein the shield structure comprises: a flexible sheet comprising a first sheet that covers the at least one electronic component and a second sheet that at least partially covers the space between, on the one hand, the first sheet and the first surface of the printed circuit board and, on the other hand, the side surface of the printed circuit board ; and at least one frame structure that supports the first and second sheets, wherein the first sheet and second sheet of the flexible sheet comprise: an adhesive layer that makes contact with at least a part of the at least one frame structure; an insulation layer at least partially spaced apart from the adhesive layer; and at least one metal layer disposed between the adhesive layer and the insulation layer. an adhesive layer that makes contact with at least a part of the at least one frame structure; an insulation layer at least partially spaced apart from the adhesive layer; and at least one metal layer disposed between the adhesive layer and the insulation layer.