mhurhangee/patent-ind-claim-en huggingface dataset:
A display panel, comprising: a base member including a light guide portion that guides light (L) from a light source toward a front side, wherein the light guide portion is made of a hard light-transmitting resin; upholstery located on a front side of the base member , and a sensor mounted on the front surface of the base member , the sensor including a switch unit , and the sensor being configured for detecting a pressure applied from the front side to the switch unit or a finger approaching the switch unit from the front side, wherein the base member has a protruding portion on its surface, and wherein the upholstery includes: a light-transmitting region (R1) that is located over the light guide portion of the base member and the switch unit of the sensor and that allows the light (L) from the light source to transmit therethrough to the front side; and a non-light-transmitting region (R2) that blocks the light (L) from the light source , a raised portion that is raised on a front side of the upholstery is located near the light-transmitting region (R1) in the non-light-transmitting region (R2) of the upholstery , and the protruding portion of the base member is placed in the raised portion from the back side of the upholstery . a base member including a light guide portion that guides light (L) from a light source toward a front side, wherein the light guide portion is made of a hard light-transmitting resin; upholstery located on a front side of the base member , and a sensor mounted on the front surface of the base member , the sensor including a switch unit , and the sensor being configured for detecting a pressure applied from the front side to the switch unit or a finger approaching the switch unit from the front side, wherein the base member has a protruding portion on its surface, and wherein the upholstery includes: a light-transmitting region (R1) that is located over the light guide portion of the base member and the switch unit of the sensor and that allows the light (L) from the light source to transmit therethrough to the front side; and a non-light-transmitting region (R2) that blocks the light (L) from the light source , a raised portion that is raised on a front side of the upholstery is located near the light-transmitting region (R1) in the non-light-transmitting region (R2) of the upholstery , and the protruding portion of the base member is placed in the raised portion from the back side of the upholstery . a light-transmitting region (R1) that is located over the light guide portion of the base member and the switch unit of the sensor and that allows the light (L) from the light source to transmit therethrough to the front side; and a non-light-transmitting region (R2) that blocks the light (L) from the light source , a raised portion that is raised on a front side of the upholstery is located near the light-transmitting region (R1) in the non-light-transmitting region (R2) of the upholstery , and the protruding portion of the base member is placed in the raised portion from the back side of the upholstery .
Communication apparatus for a cellular communication system , the communication apparatus comprising: means for communicating with a mobile communication device in a first cell using a first component carrier and in a second cell using a second component carrier; means for transmitting measurement configuration information to the mobile communication device for configuring the mobile communication device to perform measurements of Cell-specific reference signals, CRS, transmitted in the first cell and for configuring the mobile communication device to perform measurements of, Channel State Information - Reference Signals, CSI-RS, transmitted in the second cell , and wherein said measurement configuration information includes measurement timing configuration information for said CSI-RS; means for receiving a measurement report from the mobile communication device , including results of said measurements of CSI-RS on the second cell, based on said measurement configuration information; means for sending, using radio resource control 'RRC' signalling, configuration information for adding the second cell when said mobile communication device is in sufficient range for configuration of the second cell as indicated by the measurement report; and means for activating or deactivating, using media access control 'MAC' signalling sent to the mobile communications device , the second cell when required. means for communicating with a mobile communication device in a first cell using a first component carrier and in a second cell using a second component carrier; means for transmitting measurement configuration information to the mobile communication device for configuring the mobile communication device to perform measurements of Cell-specific reference signals, CRS, transmitted in the first cell and for configuring the mobile communication device to perform measurements of, Channel State Information - Reference Signals, CSI-RS, transmitted in the second cell , and wherein said measurement configuration information includes measurement timing configuration information for said CSI-RS; means for receiving a measurement report from the mobile communication device , including results of said measurements of CSI-RS on the second cell, based on said measurement configuration information; means for sending, using radio resource control 'RRC' signalling, configuration information for adding the second cell when said mobile communication device is in sufficient range for configuration of the second cell as indicated by the measurement report; and means for activating or deactivating, using media access control 'MAC' signalling sent to the mobile communications device , the second cell when required.
A molding machine configured to form a molded body by closing, in a state where a parison is disposed by injecting molten resin between first and second molds capable of being opened and closed, the first and second molds and maintaining pressure applied to the first and second molds , comprising: a hydraulic circuit to conduct oil for generating hydraulic pressure; a flow adjustment valve (V1), a pressure adjustment valve (V2), and a path control valve (V3-V9) included in the hydraulic circuit, wherein the flow adjustment valve (V1) is configured to adjust a flow rate of the oil, the pressure adjustment valve (V2) is configured to adjust the hydraulic pressure, and path control valve (V3-V9) is configured to determine a conduction path of the oil in the hydraulic circuit; characterized in that a hydraulic mechanism for injecting the molten resin , a hydraulic mechanism for opening and closing the molds , and a hydraulic mechanism for maintaining the pressure applied to the first and second molds are driven by the hydraulic pressure; and the molding machine further comprises a multi-functional valve unit (U) integrally comprising the flow adjustment valve (V1), the pressure adjustment valve (V2), and the path control valve (V3-V9). a hydraulic circuit to conduct oil for generating hydraulic pressure; a flow adjustment valve (V1), a pressure adjustment valve (V2), and a path control valve (V3-V9) included in the hydraulic circuit, wherein the flow adjustment valve (V1) is configured to adjust a flow rate of the oil, the pressure adjustment valve (V2) is configured to adjust the hydraulic pressure, and path control valve (V3-V9) is configured to determine a conduction path of the oil in the hydraulic circuit; characterized in that a hydraulic mechanism for injecting the molten resin , a hydraulic mechanism for opening and closing the molds , and a hydraulic mechanism for maintaining the pressure applied to the first and second molds are driven by the hydraulic pressure; and the molding machine further comprises a multi-functional valve unit (U) integrally comprising the flow adjustment valve (V1), the pressure adjustment valve (V2), and the path control valve (V3-V9).
A fusion protein comprising a GDF15 region and an Fc domain, wherein a) the Fc domain comprises the sequence of SEQ ID NO: 220 and wherein the Fc domain is a Dh3CpmFc(-) domain, wherein the Dh3CpmFc(-) domain is a sequence with an N-terminal sequence which is the sequence of SEQ ID NO: 220; or b) the Fc domain comprises the sequence of SEQ ID NO: 227 and wherein the Fc domain is a Dh3CpmFc(-)(Y349C) domain, wherein the Dh3CpmFc(-)(Y349C) domain is a sequence with an N-terminal sequence which is the sequence of SEQ ID NO: 227. a) the Fc domain comprises the sequence of SEQ ID NO: 220 and wherein the Fc domain is a Dh3CpmFc(-) domain, wherein the Dh3CpmFc(-) domain is a sequence with an N-terminal sequence which is the sequence of SEQ ID NO: 220; or b) the Fc domain comprises the sequence of SEQ ID NO: 227 and wherein the Fc domain is a Dh3CpmFc(-)(Y349C) domain, wherein the Dh3CpmFc(-)(Y349C) domain is a sequence with an N-terminal sequence which is the sequence of SEQ ID NO: 227.
A method of enhancing operational efficiency of a vehicle , the method comprising: detecting , by an optical sensor , a movement of at least one object in a field of view of the optical sensor; identifying , by a processor circuit , a pattern based on the movement of the at least one object; determining , by the processor circuit based on the pattern, a vehicle command to be performed by the vehicle, receiving , by a receiver or transceiver , a signal from a transmitter associated with the at least one object, wherein the signal is associated with the vehicle command, wherein the signal is received from a baton held by a human ; and verifying , by the processor circuit , the vehicle command at least partially based on the signal. detecting , by an optical sensor , a movement of at least one object in a field of view of the optical sensor; identifying , by a processor circuit , a pattern based on the movement of the at least one object; determining , by the processor circuit based on the pattern, a vehicle command to be performed by the vehicle, receiving , by a receiver or transceiver , a signal from a transmitter associated with the at least one object, wherein the signal is associated with the vehicle command, wherein the signal is received from a baton held by a human ; and verifying , by the processor circuit , the vehicle command at least partially based on the signal.
A system for providing non-invasive nasal ventilation to a patient during a general anesthetic operative procedure, comprising: a flow generator configured to deliver gases for oxygenating a patient via a nasal interface during a general anesthetic operative procedure, a humidifier to humidify the gases to contain greater than 10mg/L of water; and a controller configured to signal the flow generator to deliver the gases at: a first predetermined gas flow rate prior to onset of general anesthesia, and a second predetermined gas flow rate during general anesthesia while the patient is apneic which is greater than the first predetermined flow rate, depending on data received by the controller relating to the patient . a flow generator configured to deliver gases for oxygenating a patient via a nasal interface during a general anesthetic operative procedure, a humidifier to humidify the gases to contain greater than 10mg/L of water; and a controller configured to signal the flow generator to deliver the gases at: a first predetermined gas flow rate prior to onset of general anesthesia, and a second predetermined gas flow rate during general anesthesia while the patient is apneic which is greater than the first predetermined flow rate, depending on data received by the controller relating to the patient . a first predetermined gas flow rate prior to onset of general anesthesia, and a second predetermined gas flow rate during general anesthesia while the patient is apneic which is greater than the first predetermined flow rate, depending on data received by the controller relating to the patient .
A pressure indicator (400; 500; 600; 700) for an oscillating positive expiratory pressure device , the pressure indicator (400; 400'; 500; 600; 700) comprising: an instrument (408; 408'; 508; 508'; 608; 708) for measuring pressures; a conduit (404; 504; 604; 704) configured to transmit a pressure within the oscillating positive expiratory pressure device to the instrument (408; 408'; 508; 508'; 608; 708); and, a pressure stabilizer orifice (407; 507; 607; 707; 494, 495; 594, 595) positioned within the conduit (404; 504; 604; 704) or within the instrument (408'; 508'), wherein the pressure stabilizer orifice (407; 507; 607; 707; 494, 495; 594, 595) has a cross-sectional area between 0.196 mm 2 and 1.767 mm 2 preferably between 0.283 mm 2 and 0.636 mm 2 . an instrument (408; 408'; 508; 508'; 608; 708) for measuring pressures; a conduit (404; 504; 604; 704) configured to transmit a pressure within the oscillating positive expiratory pressure device to the instrument (408; 408'; 508; 508'; 608; 708); and, a pressure stabilizer orifice (407; 507; 607; 707; 494, 495; 594, 595) positioned within the conduit (404; 504; 604; 704) or within the instrument (408'; 508'), wherein the pressure stabilizer orifice (407; 507; 607; 707; 494, 495; 594, 595) has a cross-sectional area between 0.196 mm 2 and 1.767 mm 2 preferably between 0.283 mm 2 and 0.636 mm 2 .
A method performed by a terminal for decoding a physical downlink shared channel, PDSCH, in a wireless communication system, the method comprising: identifying a plurality of configurations for zero power channel state information reference signal, ZP-CSI-RS, in response to receiving one or more control messages, wherein a configuration for ZP-CSI-RS includes ZP-CSI-RS information, PDSCH start information, and quasi co-location information; decoding a PDSCH with a first configuration for ZP-CSI-RS among the plurality of configurations for ZP-CSI-RS, in case that the PDSCH is associated with a downlink control information, DCI, format 1A for a PDSCH transmission on an antenna port 7, wherein the PDSCH associated with the DCI format 1A is not mapped to at least one resource element identified by the first configuration for ZP-CSI-RS; and decoding, in case that the PDSCH is associated with a DCI format 2D, the PDSCH with one configuration for ZP-CSI-RS which is indicated by 2 bits in the DCI format 2D, the one configuration for ZP-CSI-RS being one of the plurality of configurations for ZP-CSI-RS, wherein the PDSCH associated with the DCI format 2D is not mapped to at least one resource element identified by the one configuration for ZP-CSI-RS. identifying a plurality of configurations for zero power channel state information reference signal, ZP-CSI-RS, in response to receiving one or more control messages, wherein a configuration for ZP-CSI-RS includes ZP-CSI-RS information, PDSCH start information, and quasi co-location information; decoding a PDSCH with a first configuration for ZP-CSI-RS among the plurality of configurations for ZP-CSI-RS, in case that the PDSCH is associated with a downlink control information, DCI, format 1A for a PDSCH transmission on an antenna port 7, wherein the PDSCH associated with the DCI format 1A is not mapped to at least one resource element identified by the first configuration for ZP-CSI-RS; and decoding, in case that the PDSCH is associated with a DCI format 2D, the PDSCH with one configuration for ZP-CSI-RS which is indicated by 2 bits in the DCI format 2D, the one configuration for ZP-CSI-RS being one of the plurality of configurations for ZP-CSI-RS, wherein the PDSCH associated with the DCI format 2D is not mapped to at least one resource element identified by the one configuration for ZP-CSI-RS.
A curable composition comprising : a) at least one urethane (meth)acrylate oligomer having a structure comprising : a1) at least one polyol backbone segment having at least one reacted end, wherein the polyol comprises a polyester ; a2) at least one reacted polyisocyanate forming a urethane linkage at the at least one reacted end of each of said at least one polyol backbone segment and a3) at least one blocking end group reacted with said at least one reacted polyisocyanate to form a reversible bond and wherein said at least one blocking end group bears a (meth)acrylate group ; b) either : b1) a monofunctional chain terminator or b2) a polyfunctional chain extender and c) optionally, at least one monofunctional ethylenically unsaturated monomer or oligomer different from a), wherein the at least one urethane (meth)acrylate oligomer has a molecular weight distribution having two primary peaks comprising a lower molecular weight peak in a range of 800 to 1,500 g/mol and a higher molecular weight peak in a range of 6,000 to 12,000 g/mol, wherein the molecular weight distribution is determined according to the method identified in the specification. a) at least one urethane (meth)acrylate oligomer having a structure comprising : a1) at least one polyol backbone segment having at least one reacted end, wherein the polyol comprises a polyester ; a2) at least one reacted polyisocyanate forming a urethane linkage at the at least one reacted end of each of said at least one polyol backbone segment and a3) at least one blocking end group reacted with said at least one reacted polyisocyanate to form a reversible bond and wherein said at least one blocking end group bears a (meth)acrylate group ; a1) at least one polyol backbone segment having at least one reacted end, wherein the polyol comprises a polyester ; a2) at least one reacted polyisocyanate forming a urethane linkage at the at least one reacted end of each of said at least one polyol backbone segment and a3) at least one blocking end group reacted with said at least one reacted polyisocyanate to form a reversible bond and wherein said at least one blocking end group bears a (meth)acrylate group ; b) either : b1) a monofunctional chain terminator or b2) a polyfunctional chain extender and b1) a monofunctional chain terminator or b2) a polyfunctional chain extender and c) optionally, at least one monofunctional ethylenically unsaturated monomer or oligomer different from a),
An analyzer device for analyzing a sample comprising: (i) at least two nested recursive structure elements; (ii) wherein each of the recursive structure elements has at least one connection to at least one of the other recursive structure elements; and (iii) at least one measurement functionality; wherein said analyzer device is configured to allow, via said connections, a displacement of the sample and of material present in a recursive structure element, such as liquid material, to the next recursive structure element by gravity in the form of a rotation of the analyzer device in a 3D-coordinate system or, optionally, with additional forces such as capillary motion or air or liquid pressure, wherein at least one of the recursive structure elements comprises at least one opening at the surface, configured to receive and/or release the sample for analyzing, wherein the recursive structure elements are suitable to hold liquids within, wherein all recursive structure elements are part of a fluid communication system providing direct or indirect connections between said recursive structure elements, wherein the analyzer device comprises within at least one recursive structure element or in separate recursive structure elements a measuring zone implementing the measurement functionality; and wherein said connections have the form of straight or curved elongations with two openings. (i) at least two nested recursive structure elements; (ii) wherein each of the recursive structure elements has at least one connection to at least one of the other recursive structure elements; and (iii) at least one measurement functionality;
A linking arrangement of a connecting device for mounting a holder for components of a conveying device for transporting unit loads , in particular of a lateral guide holder , a sensor holder , or a bottom cover holder, wherein the linking arrangement is arrangeable on the holder and is connectable to a mounting limb , which has a plurality of holes arranged at a distance from one another in a longitudinal direction of the mounting limb , wherein the linking arrangement has a base body, which comprises a base wall , a connecting element , and a locking device, wherein the base wall provides a mounting surface, and the connecting element is arranged so as to protrude from the mounting surface and can be brought into engagement with a first hole of the holes when the linking arrangement is in a linking position , wherein the connecting element forms a mounting axis of rotation oriented orthogonally to the mounting surface, about which mounting axis the linking arrangement can be rotated from the linking position into a mounting position , wherein the locking device is arranged at a distance from the connecting element , so that the locking device can be brought into engagement with a second hole of the holes of the mounting limb when the linking arrangement is in the mounting position , characterized in that the locking device has a locking element , which is movable perpendicularly to the mounting surface, in particular away from the base body, in order to engage with the second hole of the holes . wherein the linking arrangement is arrangeable on the holder and is connectable to a mounting limb , which has a plurality of holes arranged at a distance from one another in a longitudinal direction of the mounting limb , wherein the linking arrangement has a base body, which comprises a base wall , a connecting element , and a locking device, wherein the base wall provides a mounting surface, and the connecting element is arranged so as to protrude from the mounting surface and can be brought into engagement with a first hole of the holes when the linking arrangement is in a linking position , wherein the connecting element forms a mounting axis of rotation oriented orthogonally to the mounting surface, about which mounting axis the linking arrangement can be rotated from the linking position into a mounting position , wherein the locking device is arranged at a distance from the connecting element , so that the locking device can be brought into engagement with a second hole of the holes of the mounting limb when the linking arrangement is in the mounting position , characterized in that the locking device has a locking element , which is movable perpendicularly to the mounting surface, in particular away from the base body, in order to engage with the second hole of the holes .