mhurhangee/patent-ind-claim-en huggingface dataset:
An ice maker comprising: an ice making unit configured to form ice; an ice bucket arranged below the ice making unit and configured to store the ice formed by the ice making unit ; and a transporter configured to transport the ice stored in the ice bucket to an outside of the ice bucket , wherein the transporter comprises: a first transporter configured to be rotatably arranged inside the ice bucket to transport the ice in a horizontal direction, and a second transporter including a blade configured to crush the ice transported by the first transporter by rotation and having settlers arranged on either side of the blade in the direction of the length of the blade , characterized in that the settlers being configured to settle the ice upward from the first transporter , wherein the second transporter is slanted upward from the first transporter and configured to transport the ice to the top of the ice bucket by the settlers as the blade rotates. an ice making unit configured to form ice; an ice bucket arranged below the ice making unit and configured to store the ice formed by the ice making unit ; and a transporter configured to transport the ice stored in the ice bucket to an outside of the ice bucket , wherein the transporter comprises: a first transporter configured to be rotatably arranged inside the ice bucket to transport the ice in a horizontal direction, and a second transporter including a blade configured to crush the ice transported by the first transporter by rotation and having settlers arranged on either side of the blade in the direction of the length of the blade , characterized in that the settlers being configured to settle the ice upward from the first transporter , wherein the second transporter is slanted upward from the first transporter and configured to transport the ice to the top of the ice bucket by the settlers as the blade rotates. a first transporter configured to be rotatably arranged inside the ice bucket to transport the ice in a horizontal direction, and a second transporter including a blade configured to crush the ice transported by the first transporter by rotation and having settlers arranged on either side of the blade in the direction of the length of the blade , characterized in that the settlers being configured to settle the ice upward from the first transporter , wherein the second transporter is slanted upward from the first transporter and configured to transport the ice to the top of the ice bucket by the settlers as the blade rotates.
A method for detecting decoupling of a first connector associated with an accessory from a second connector associated with a host device , wherein the first connector includes at least a first contact for coupling a communication line between the host device and the accessory and a second contact for coupling a power line between the host device and the accessory , the communication line being configured to carry data between the accessory and the host device as part of a normal data communication process, the method comprising, by a detection means comprising a current sink : while the first connector is coupled to the second connector and the first contact is physically coupled to a contact in the second connector : monitoring the communication line to determine whether a state of the communication line changes from a first state to a second state, enabling the current sink to dissipate parasitic capacitance of the communication line via the current sink when detecting that the communication line transitions from the first state to the second state; if the state of the communication line has changed from the first state to the second state, determining whether the communication line is in the second state for more than a threshold time (T h ) that the communication line is in the second state during normal data communication over the communication line , and if so, terminating or reducing power provided to the host device over the power line in response to a signal generated in response to the determination. monitoring the communication line to determine whether a state of the communication line changes from a first state to a second state, enabling the current sink to dissipate parasitic capacitance of the communication line via the current sink when detecting that the communication line transitions from the first state to the second state; if the state of the communication line has changed from the first state to the second state, determining whether the communication line is in the second state for more than a threshold time (T h ) that the communication line is in the second state during normal data communication over the communication line , and if so, terminating or reducing power provided to the host device over the power line in response to a signal generated in response to the determination.
A data reconstruction method for reconstructing data sent from at least one connected object (11 to 14) to an addressee (21 to 23) via a transmission architecture consisting of at least one low-rate network , access to which is governed by metadata, and comprising the following successive steps of processing said data in bottom transmission layers of the architecture : encoding of the data as messages (B) and initial division of each message (B) into segments (C; Cu; C1 to C5; C1, ..., Ci, ..., Cz) positioned according to a first segment (C1; Cu) followed, where applicable, by a series of intermediate segments (C2 to C4; Ci), and a last segment (C5; Cz); encapsulation of each segment (C; C1 to C5; C1, ..., Ci, ..., Cz) in a packet (D; D1 to D5) provided with a header (DO); routeing of the packets (D; D1 to D5) via base stations in at least one network in the architecture , and reconstruction of each message (B) from the packets received (D; D1 to D5) and then transmission of each reconstituted message (B) to the addressee, this method being characterised in that the reconstruction of each message (B) is based on initial segmentation information (Is; P1, P2; I D , dTi, dTz; dT0, dT1, dTi, dTz) on each segment (C; Cu; C1 to C5; C1, ..., Ci, ..., Cz) supplied during the division of each message (B), in coordination with subsequent validation of sequencing of the intermediate segments (Ci; C2 to C4) carried out before transmission to the addressee (21 to 23), the initial segmentation information (Is; P1, P2; I D , dTi, dTz; dT0, dT1, dTi, dTz) determining an absence of positioning in the case of a single segment (Cu), and positionings of first segment (C1), intermediate segment (Ci, C2 to C4) where applicable and last segment (Cz; C5) in the case of division into at least two segments, and the subsequent validation of sequencing of the intermediate segments (Ci; C2 to C4) of the messages of more than three segments composed of a verification of conformity to their initial order and, where applicable, resequencing according to this initial order , from data extracted from the architecture in relation to each transmission of packets (D; D1 to D5).
A vibration damping device for a pump including a casing inserted thorough an installation hole in an installation floor to extend in a vertical direction in a suction sump, wherein the device comprises a liquid pipe disposed in the suction sump and outside the casing and accommodating a liquid so to allow flowing of the liquid flows; and a liquid flow resistor provided in the liquid pipe to suppress flowing of the liquid in the liquid pipe, wherein the liquid pipe includes two or more vertical pipes (28A-28D) extending along an axis of the casing and a lateral pipe connecting lower end sides of the vertical pipes, wherein the liquid pipe has two or more connecting portions, and characterized in that two or more gas pipes (38A-D) are further provided, the gas pipes having lower end sides connected to the respective connecting portions of the liquid pipes and having upper end sides communicating with each other.
A hollow three-dimensional retinal tissue unit comprising, organized around an inner cavity, at least one layer of differentiated living human retinal pigment epithelium cells, with the basal side of each retinal pigment epithelium cell pointing outwards and the apical side pointing toward the inner cavity.
A method to determine a current functional blood oxygen saturation level (SpO2), the method comprising : a- acquiring, at a predefined sampling frequency, a photoplethysmography light response for each wavelength of a plurality of at least three wavelengths (λ1, λ2, λ3), resulting respectively in a first, second and third raw data series representing an amplitude response through a user's tissue, b- applying a low-pass filter to each of the first, second and third raw data series, resulting respectively in a first, second and third DC data series representing an unmodulated amplitude response, c- applying a high-pass filter (c1) to each of the first, second and third raw data series, or (c2-) subtracting respectively first, second and third DC data series to said first, second and third raw data series, to result respectively in a first, second and third AC data series representing a modulated amplitude response, d- applying a computation engine to the first, second and third AC data series, and to the first, second and third DC data series, and determining therefrom a user current blood oxygen saturation level (SpO2), wherein the plurality of at least three wavelengths (λ1, λ2, λ3) comprises: - a first wavelength (λ1) in the infrared wavelength spectrum, - a second wavelength (λ2) in the red wavelength spectrum, - a third wavelength (λ3) in the green/blue wavelength spectrum. a- acquiring, at a predefined sampling frequency, a photoplethysmography light response for each wavelength of a plurality of at least three wavelengths (λ1, λ2, λ3), resulting respectively in a first, second and third raw data series representing an amplitude response through a user's tissue, b- applying a low-pass filter to each of the first, second and third raw data series, resulting respectively in a first, second and third DC data series representing an unmodulated amplitude response, c- applying a high-pass filter (c1) to each of the first, second and third raw data series, or (c2-) subtracting respectively first, second and third DC data series to said first, second and third raw data series, to result respectively in a first, second and third AC data series representing a modulated amplitude response, d- applying a computation engine to the first, second and third AC data series, and to the first, second and third DC data series, and determining therefrom a user current blood oxygen saturation level (SpO2), - a first wavelength (λ1) in the infrared wavelength spectrum, - a second wavelength (λ2) in the red wavelength spectrum, - a third wavelength (λ3) in the green/blue wavelength spectrum.
A protein for use in treating cartilage injury, the protein being any of the following (a) to (c): (a) a protein consisting of an amino acid sequence set forth in SEQ ID No: 3; (b) a protein consisting of a gClq domain in the amino acid sequence set forth in SEQ ID No: 3; (c) a protein having a sequence identity of 80% or more to the gClq domain in the amino acid sequence set forth in SEQ ID No: 3 and acting as an agonist for adiponectin receptor 1 (PAQR1) and adiponectin receptor 4 (PAQR4). (a) a protein consisting of an amino acid sequence set forth in SEQ ID No: 3; (b) a protein consisting of a gClq domain in the amino acid sequence set forth in SEQ ID No: 3; (c) a protein having a sequence identity of 80% or more to the gClq domain in the amino acid sequence set forth in SEQ ID No: 3 and acting as an agonist for adiponectin receptor 1 (PAQR1) and adiponectin receptor 4 (PAQR4).
Sensible heat storage apparatus comprising - a heat transfer fluid (HTF) tank adapted to comprise an HTF such as water; and - a core container that is adapted to be at least partially submerged in the HTF when the HTF is present within said HTF tank; wherein said core container is at least partially filled with a core material and which comprises an inner thermal insulation wall defining an internal volume of the core container that contains said core material, characterized in that said sensible heat storage apparatus is adapted such that the core material and the HTF are switchably thermally connected. - a heat transfer fluid (HTF) tank adapted to comprise an HTF such as water; and - a core container that is adapted to be at least partially submerged in the HTF when the HTF is present within said HTF tank; wherein said core container is at least partially filled with a core material and which comprises an inner thermal insulation wall defining an internal volume of the core container that contains said core material, characterized in that said sensible heat storage apparatus is adapted such that the core material and the HTF are switchably thermally connected.
Method for operating a fluid meter, in particular a clamp-on fluid meter , in which a first measuring arrangement is arranged on a pipeline through which fluid flows, the first measuring arrangement is assigned a first measurement path , a determination of the amount of fluid flowing through is carried out on the basis of the first measuring arrangement, and there is a second measuring arrangement, which comprises an ultrasonic transducer , wherein the ultrasonic transducer transmits an ultrasonic signal along a second measurement path , which preferably can be reflected at the pipeline in the direction of the ultrasonic transducer , the second measurement path is arranged substantially orthogonal to the pipeline and/or the direction in which the fluid flows through, and the transit time of the ultrasonic signal along the second measurement path is determined, characterized in that operationally dependent changes of the flow cross section are ascertained on the basis of the transit time of the ultrasonic signal along the second measurement path , a correction of the measured values of the first measuring arrangement is performed on the basis of the ascertained operationally dependent changes of the flow cross section, wherein the operationally dependent changed flow cross section of the pipeline is determined on the basis of the speed of sound in the fluid and the transit time of the ultrasonic signal along the second measurement path , a determination of the temperature of the fluid is performed, wherein the temperature of the fluid is used for correcting the speed of sound in the fluid and/or the amount of fluid flowing through and the determination of the temperature of the fluid is performed on the basis of the first measuring arrangement.
Apparatus for treating containers with at least a first container treatment device which is suitable and intended for providing a different decoration on the containers to be treated, and provides the containers to be treated with a decoration provided according to a predefined decoration sequence (R), having a transport device , which supplies and/or discharges the containers treated by the first container treatment device along a predefined transport path, preferably individually and successively, to at least one monitoring device for monitoring the treated containers , characterised in that the monitoring device is suitable and intended for monitoring the containers at least with respect to the decoration applied by the first container treatment device, and depending on the monitoring result to carry out and/or initiate a change in the predefined decoration sequence (R) of at least the first and/or a second container treatment device, preferably of a printing device and/or a direct printing machine .
Commercial vehicle tyre of a radial type of construction with a tread , a breaker belt assembly , having a number of belt plies , an airtight inner layer , facing the inner side of the tyre, a carcass insert , with carcass cords running in the radial direction or substantially in the radial direction, and a squeegee ply , which is located between the carcass insert and the inner layer and is based on a rubber compound which contains carbon black and/or silica as a filler, characterized in that the squeegee ply is based on a rubber compound in which the filler component of carbon black and/or silica is 20 phr to less than 35 phr.
A multilayer electrical steel sheet characterized by comprising an inner layer and surface layers provided on both sides of the inner layer, wherein each of the surface layers has a chemical composition containing Si at a surface layer Si content [Si] 1 of 2.5 mass% to 6.0 mass%, optionally Mo: 0.001 mass% to 0.1 mass%, and optionally at least one of Sn: 0.001 mass% to 0.1 mass% or Sb: 0.001 mass% to 0.1 mass%, with the balance being Fe and inevitable impurities, the inner layer has a chemical composition containing Si at an inner layer Si content [Si] 0 of 1.5 mass% to 5.0 mass%, optionally Mo: 0.001 mass% to 0.1 mass%, and optionally at least one of Sn: 0.001 mass% to 0.1 mass% or Sb: 0.001 mass% to 0. 1mass %, with the balance being Fe and inevitable impurities, and the multilayer electrical steel sheet has: ΔSi of 0.5 mass% or more, ΔSi being defined as a difference between a Si content in each of the surface layers and a Si content in the inner layer represented by [Si] 1 -[Si] 0 , ΔAl of 0.05 mass% or less, ΔAl being defined as an absolute value of a difference between a content of Al contained as an inevitable impurity in each of the surface layers [Al] 1 and a content of A1 contained as an inevitable impurity in the inner layer [Al] 0 represented by |[Al] 1 -[Al] 0 |, Δλ 1.0/400 of 1.0 × 10 -6 or less, Δλ 1.0/400 being defined as an absolute value of a difference between a magnetostriction of each of the surface layers λ 1.0/400,1 and a magnetostriction of the inner layer λ 1.0/400,0 ; wherein λ 1.0/400,1 and λ 1.0/400,0 are measured in accordance with the specifics given in the description, a sheet thickness t of 0.03 mm to 0.3 mm; and a ratio of a total thickness of the surface layers t 1 to t of from 0.10 to 0.70. ΔSi of 0.5 mass% or more, ΔSi being defined as a difference between a Si content in each of the surface layers and a Si content in the inner layer represented by [Si] 1 -[Si] 0 , ΔAl of 0.05 mass% or less, ΔAl being defined as an absolute value of a difference between a content of Al contained as an inevitable impurity in each of the surface layers [Al] 1 and a content of A1 contained as an inevitable impurity in the inner layer [Al] 0 represented by |[Al] 1 -[Al] 0 |, Δλ 1.0/400 of 1.0 × 10 -6 or less, Δλ 1.0/400 being defined as an absolute value of a difference between a magnetostriction of each of the surface layers λ 1.0/400,1 and a magnetostriction of the inner layer λ 1.0/400,0 ; wherein λ 1.0/400,1 and λ 1.0/400,0 are measured in accordance with the specifics given in the description,
A stable, liquid composition comprising a protein which is an antibody, a salt and a buffer; wherein the total concentration of said salt and buffer is between 5 and 100 mM, wherein the concentration of the salt is 50 mM or lower and wherein the concentration of the buffer is 50 mM or lower; and having a pH of between 5.0 and 7.0, such as 6.0 or 6.5; wherein the antibody is the anti-TFPI monoclonal antibody HzTFPI4F36 described in WO2010/072691, the amino acid sequences of the light and heavy chains of HzTFPI4F3 being given in SEQ ID NOs: 21 and 24 of WO2010/072691, respectively.
Drug delivery device , comprising: - a housing adapted to receive a drug cartridge with an injection needle and a stopper , wherein the drug cartridge is axially movable within the housing so as to operatively cover the injection needle within the housing or advance the injection needle beyond a distal end (2.2) of the housing , - a gas tank containing a pressurized gas arranged within the housing , - a retraction release member fixed to the housing , characterized in that the gas tank is operatively connectable with an insertion cavity for moving the drug cartridge in a distal direction (D), a dispense cavity for moving the stopper in the distal direction (D) and a retraction cavity for moving the drug cartridge in a proximal direction (P), and - a flexible membrane is arranged between the dispense cavity or the insertion cavity and the retraction release member adapted to operate the retraction release member if the flexible membrane is deformed by a pressure within the dispense cavity or the insertion cavity exceeding a predetermined value allowing movement of the drug cartridge relative to the housing in the proximal direction (P), the drug delivery device further comprising: - a retraction member slidably arranged within the housing , - an insertion member slidably arranged within the retraction member and adapted to hold the drug cartridge such that the insertion member and the drug cartridge cannot move relative to each other in an axial direction, wherein the retraction release member is adapted to engage the retraction member for restricting movement of the retraction member relative to the housing in the proximal direction (P). - a housing adapted to receive a drug cartridge with an injection needle and a stopper , wherein the drug cartridge is axially movable within the housing so as to operatively cover the injection needle within the housing or advance the injection needle beyond a distal end (2.2) of the housing , - a gas tank containing a pressurized gas arranged within the housing , - a retraction release member fixed to the housing , - a flexible membrane is arranged between the dispense cavity or the insertion cavity and the retraction release member adapted to operate the retraction release member if the flexible membrane is deformed by a pressure within the dispense cavity or the insertion cavity exceeding a predetermined value allowing movement of the drug cartridge relative to the housing in the proximal direction (P), the drug delivery device further comprising: - a retraction member slidably arranged within the housing , - an insertion member slidably arranged within the retraction member and adapted to hold the drug cartridge such that the insertion member and the drug cartridge cannot move relative to each other in an axial direction,
An imaging system , comprising: a light source generating a near-infrared pump beam ; an optical coupling system configured for receiving from a scene an input beam of mid-infrared light having a plurality of wavelengths, and combining said input beam with said pump beam , wherein an intensity of said pump beam is higher than an intensity of said input beam ; a crystal configured for simultaneously and adiabatically mixing said pump beam with each of said plurality of wavelengths of said input beam and providing an output beam having a frequency which is a sum of frequencies of said input and pump beams; and a visible, near-infrared or ultraviolet light imager configured for collecting and for spectrally resolving said output beam . a light source generating a near-infrared pump beam ; an optical coupling system configured for receiving from a scene an input beam of mid-infrared light having a plurality of wavelengths, and combining said input beam with said pump beam , wherein an intensity of said pump beam is higher than an intensity of said input beam ; a crystal configured for simultaneously and adiabatically mixing said pump beam with each of said plurality of wavelengths of said input beam and providing an output beam having a frequency which is a sum of frequencies of said input and pump beams; and a visible, near-infrared or ultraviolet light imager configured for collecting and for spectrally resolving said output beam .