mhurhangee/patent-ind-claim-en huggingface dataset:
A remote control for an air-conditioning apparatus, the remote control comprising: an outer button configured to be operated by a user for changing an operating condition of an air-conditioning apparatus body ; an inner button configured to be operated by the user for changing the operating condition; a cover configured to be opened and closed and configured to cover the inner button ; a cover opening/closing detection unit configured to detect opening/closing of the cover ; a display unit configured to display an enlarged display screen displaying at least one of an operation mode, a set temperature and a set humidity, and a detail display screen displaying a function of the inner button ; a display switching unit configured to, when the cover opening/closing detection unit detects that the cover is closed, make the display unit display the enlarged display screen , and when the cover opening/closing detection unit detects that the cover is open, make the display unit display the detail display screen , and an input control unit configured to, when there is an input of a signal from one of the outer button and the inner button , provide button information representing a button from which the signal is output, to the display switching unit , characterized in that when there is an input of a signal from the outer button in a state in which the cover opening/closing detection unit detects that the cover is open and the detail display screen is displayed, the display switching unit is configured to perform switching to the enlarged display screen . an outer button configured to be operated by a user for changing an operating condition of an air-conditioning apparatus body ; an inner button configured to be operated by the user for changing the operating condition; a cover configured to be opened and closed and configured to cover the inner button ; a cover opening/closing detection unit configured to detect opening/closing of the cover ; a display unit configured to display an enlarged display screen displaying at least one of an operation mode, a set temperature and a set humidity, and a detail display screen displaying a function of the inner button ; a display switching unit configured to, when the cover opening/closing detection unit detects that the cover is closed, make the display unit display the enlarged display screen , and when the cover opening/closing detection unit detects that the cover is open, make the display unit display the detail display screen , and an input control unit configured to, when there is an input of a signal from one of the outer button and the inner button , provide button information representing a button from which the signal is output, to the display switching unit , characterized in that when there is an input of a signal from the outer button in a state in which the cover opening/closing detection unit detects that the cover is open and the detail display screen is displayed, the display switching unit is configured to perform switching to the enlarged display screen .
A connection device for connecting a member to a system for supplying the member with fluid, the connection device including three concentric tubes delimiting conduits for supplying the member, which are curved along at least one direction, wherein the connection device is made as a single piece including at least the tubes , the connection device further two sets of radial ribs , the radial ribs of a first set of ribs connecting the outer surface of the radially inner tube to the inner surface of the radially intermediate tube and the radial ribs of the second set of ribs connecting the outer surface of the radially intermediate tube to the inner surface of the radially outer tube , the radial ribs between two adjacent tubes extending along the central curve of the tubes over the entire length of said adjacent tubes and being made as a single piece with said adjacent tubes .
A deep body thermometer comprising: a thermal resistor having a predetermined thermal resistance value; a first temperature detection unit and a second temperature detection unit that are disposed to sandwich the thermal resistor in a thickness direction of the thermal resistor; and a deep body temperature acquisition unit configured to acquire a deep body temperature on the basis of the thermal resistance value of the thermal resistor , a temperature detected by the first temperature detection unit , and a temperature detected by the second temperature detection unit , wherein the first temperature detection unit and the second temperature detection unit are disposed such that the first temperature detection unit and the second temperature detection unit do not overlap each other as viewed from the thickness direction of the thermal resistor and a distance between the first temperature detection unit and the second temperature detection unit is longer than a thickness of the thermal resistor . a thermal resistor having a predetermined thermal resistance value; a first temperature detection unit and a second temperature detection unit that are disposed to sandwich the thermal resistor in a thickness direction of the thermal resistor; and a deep body temperature acquisition unit configured to acquire a deep body temperature on the basis of the thermal resistance value of the thermal resistor , a temperature detected by the first temperature detection unit , and a temperature detected by the second temperature detection unit , wherein the first temperature detection unit and the second temperature detection unit are disposed such that the first temperature detection unit and the second temperature detection unit do not overlap each other as viewed from the thickness direction of the thermal resistor and a distance between the first temperature detection unit and the second temperature detection unit is longer than a thickness of the thermal resistor .
Chisel with a chisel head , a chisel shaft , a fastening sleeve , and with a support element which has on its underside a seating surface and a centering projection projecting beyond the seating surface , the centering projection having a centering surface (34. 1) which merges indirectly or directly into the seating surface , wherein the support element is pierced along the central longitudinal axis (M) by a receiving bore with an inner diameter Di for receiving the chisel shaft , and wherein the fastening sleeve has retaining elements which engage in a circumferential groove of the pick shank to form a rotary bearing with a defined axial clearance , characterized in that a collar height measured in the direction of the central longitudinal axis (M) between an end (34.2) of the centering projection facing away from the seating surface and the seating surface or between the end (34. 2) of the centering projection and an inner end of a recess formed in the support element in a recessed manner relative to the seat surface is designed in such a way that this collar height is greater than the axial clearance of the pivot bearing, and that the ratio between the inner diameter Di of the receiving bore and the collar height is less than 8. and wherein the fastening sleeve has retaining elements which engage in a circumferential groove of the pick shank to form a rotary bearing with a defined axial clearance , characterized in that a collar height measured in the direction of the central longitudinal axis (M) between an end (34.2) of the centering projection facing away from the seating surface and the seating surface or between the end (34. 2) of the centering projection and an inner end of a recess formed in the support element in a recessed manner relative to the seat surface is designed in such a way that this collar height is greater than the axial clearance of the pivot bearing, and that the ratio between the inner diameter Di of the receiving bore and the collar height is less than 8.
A method of determining a concentration of at least one analyte in a bodily fluid by using a mobile device and a test element , the mobile device having a camera , and the test element having at least one test field , the method carried out by the mobile device comprising a) determining an angular orientation of the mobile device relative to the test element by using sensor data of at least one sensor device integrated into the mobile device ; b) subjecting the angular orientation of the mobile device relative to the test element to at least one validity test; c) capturing at least one image of at least a part of the test element by using the camera , the at least one part of the test element comprising at least one part of the test field ; and d) determining the concentration of the analyte in the bodily fluid from the image ; wherein at least one of steps c) and d) is performed by taking into account the result of the validity test in step b), wherein the method comprises retrieving an image stream by using the camera, wherein step c) comprises capturing one or more still images separately from the image stream by using a still image mode of the camera of the mobile device, wherein the at least one still image provides enhanced spatial resolution and/or higher dynamics compared to the images from the image stream, wherein at least a part of the images of the image stream are flagged with at least one item of information regarding whether the image was retrieved at a point in time for which the validity test determines the angular orientation of the mobile device relative to the test element to be valid, wherein the capturing of the still image is initiated automatically in case an image of the image stream was flagged with an item of information indicating a valid image at a point in time for which the image of the image stream was flagged as being valid, and wherein step d) is performed at least partially on the at least one still image. a) determining an angular orientation of the mobile device relative to the test element by using sensor data of at least one sensor device integrated into the mobile device ; b) subjecting the angular orientation of the mobile device relative to the test element to at least one validity test; c) capturing at least one image of at least a part of the test element by using the camera , the at least one part of the test element comprising at least one part of the test field ; and d) determining the concentration of the analyte in the bodily fluid from the image ;
An assembly device of a ball screw including a screw shaft having a spiral screw groove formed in an outer peripheral surface of the screw shaft, a nut which is fitted over the screw shaft and having a spiral screw groove formed in an inner peripheral surface of the nut, a plurality of balls which is accommodated in a rolling path formed of both spiral screw grooves facing each other, and an internal-deflector member which serves as a member for circulating the plurality of balls, nut receiving means which receives the nut and rotates the nut about an axis of the nut; characterized in that the assembly device further comprises: a ball-embedding nozzle which has a ball supply path ; a ball pusher which is inserted into the ball supply path and pushes the plurality of balls supplied into the ball supply path into a screw groove of the nut ; and a ball falling prevention member which is fitted into the nut from a lower opening of the nut to prevent falling of the plurality of balls supplied into the nut , wherein a spiral screw groove identical to the spiral screw groove of the screw shaft is provided in an outer circumferential surface of the ball-embedding nozzle . a ball-embedding nozzle which has a ball supply path ; a ball pusher which is inserted into the ball supply path and pushes the plurality of balls supplied into the ball supply path into a screw groove of the nut ; and a ball falling prevention member which is fitted into the nut from a lower opening of the nut to prevent falling of the plurality of balls supplied into the nut , wherein a spiral screw groove identical to the spiral screw groove of the screw shaft is provided in an outer circumferential surface of the ball-embedding nozzle .
A dispenser stage comprising: a stage to be coupled to a rail system to move the stage in a first plane and a second plane; a substrate nest coupled to the stage ; a substrate to couple to the substrate nest ; an alignment feature coupled to the stage to align the substrate nest with a dispenser to be positioned above the stage ; a releasable fastener to couple the substrate nest to the stage, stage , wherein the releasable fastener is a magnetic fastener ; a fastener plate coupled to a surface of the stage , wherein the fastener plate includes a slot to receive the magnetic fastener ; and a ferromagnetic fastener including a plate coupled to the substrate nest such that a position of the ferromagnetic fastener corresponds to a position of the magnetic fastener . a stage to be coupled to a rail system to move the stage in a first plane and a second plane; a substrate nest coupled to the stage ; a substrate to couple to the substrate nest ; an alignment feature coupled to the stage to align the substrate nest with a dispenser to be positioned above the stage ; a releasable fastener to couple the substrate nest to the stage, stage , wherein the releasable fastener is a magnetic fastener ; a fastener plate coupled to a surface of the stage , wherein the fastener plate includes a slot to receive the magnetic fastener ; and a ferromagnetic fastener including a plate coupled to the substrate nest such that a position of the ferromagnetic fastener corresponds to a position of the magnetic fastener .
A ventilation fan , comprising: a shaft having a shaft body extending between a first shaft end and a second shaft end , the shaft body defining a first port and a bore ; a rotor disposed about the shaft; a motor housing disposed about the shaft and axially spaced apart from the rotor, the motor housing having a mounting portion , a housing extension extending from the mounting portion, and a vane platform extending from the housing extension ; a bearing housing disposed about the shaft, the bearing housing having a bearing arm , a bearing leg extending from the bearing arm, and a bearing extension extending from the bearing leg and operatively connected to the housing extension; and an air bearing disposed proximate the second shaft end and disposed between the bearing arm and the second shaft end, characterised in that it further comprises a roller bearing disposed about the shaft body proximate the first shaft end. a shaft having a shaft body extending between a first shaft end and a second shaft end , the shaft body defining a first port and a bore ; a rotor disposed about the shaft; a motor housing disposed about the shaft and axially spaced apart from the rotor, the motor housing having a mounting portion , a housing extension extending from the mounting portion, and a vane platform extending from the housing extension ; a bearing housing disposed about the shaft, the bearing housing having a bearing arm , a bearing leg extending from the bearing arm, and a bearing extension extending from the bearing leg and operatively connected to the housing extension; and an air bearing disposed proximate the second shaft end and disposed between the bearing arm and the second shaft end, characterised in that it further comprises a roller bearing disposed about the shaft body proximate the first shaft end.
Peptide consisting of the following sequence: QQPQ [X]n QPF (SEQ ID No: 4) wherein X is any amino acid; n is an integer equal or greater than 1, wherein [X] n is RPQ, W, GGG, YYY, GG, or preferably RPQ.
Method for operating a hybrid drive train, comprising the steps: (V10) determining a current state vector of an internal combustion engine of the hybrid drive train , wherein the current state vector of the internal combustion engine describes the state of the internal combustion engine at a time (T) by using one or more vector coordinates; (V20) determining a target output of the internal combustion engine ; (V30) determining a target fuel mass flow for the internal combustion engine as a function of the target output of the internal combustion engine ; (V40) determining a limiting fuel mass flow of the internal combustion engine as a function of an emission limiting value, of the target fuel mass flow and of the current state vector of the internal combustion engine ; (V50) determining a desired fuel mass flow by forming a minimum value as a function of the target fuel mass flow and the limiting fuel mass flow; and (V60) adjusting the desired fuel mass flow on the internal combustion engine . (V10) determining a current state vector of an internal combustion engine of the hybrid drive train , wherein the current state vector of the internal combustion engine describes the state of the internal combustion engine at a time (T) by using one or more vector coordinates; (V20) determining a target output of the internal combustion engine ; (V30) determining a target fuel mass flow for the internal combustion engine as a function of the target output of the internal combustion engine ; (V40) determining a limiting fuel mass flow of the internal combustion engine as a function of an emission limiting value, of the target fuel mass flow and of the current state vector of the internal combustion engine ; (V50) determining a desired fuel mass flow by forming a minimum value as a function of the target fuel mass flow and the limiting fuel mass flow; and (V60) adjusting the desired fuel mass flow on the internal combustion engine .
An isolated antibody that specifically binds IL-33, wherein the antibody comprises a binding domain comprising (a) a heavy chain variable (VH) domain comprising an amino acid sequence having the amino acid sequence of SEQ ID NO: 36; and (b) a light chain variable (VL) domain comprising an amino acid sequence having the amino acid sequence of SEQ ID NO: 37.
A method comprising: generating a selection window on a user interface view presenting map data and a polyline representative of a route through the map data, the polyline associated with one or more videos recorded on the route, the one or more videos stored with, or linked to, location information and time information; sending a query for at least one video, of the one or more videos, recorded within a region bound by the selection window, wherein the query includes information representative of the selection window and the route to enable a determination of the at least one video based on the location information and time information; receiving, in response to the query, the at least one video and a new polyline representing at least a portion of the polyline which is bound by the selection window , wherein the at least one video is associated with the new polyline ; and presenting the new polyline to enable selection and viewing of the associated at least one video, wherein the region bound by the selection window defines a viewing start time and a viewing end time of a portion of the associated at least one video based on the location information and time information stored with, or linked to, the at least one associated video. generating a selection window on a user interface view presenting map data and a polyline representative of a route through the map data, the polyline associated with one or more videos recorded on the route, the one or more videos stored with, or linked to, location information and time information; sending a query for at least one video, of the one or more videos, recorded within a region bound by the selection window, wherein the query includes information representative of the selection window and the route to enable a determination of the at least one video based on the location information and time information; receiving, in response to the query, the at least one video and a new polyline representing at least a portion of the polyline which is bound by the selection window , wherein the at least one video is associated with the new polyline ; and presenting the new polyline to enable selection and viewing of the associated at least one video, wherein the region bound by the selection window defines a viewing start time and a viewing end time of a portion of the associated at least one video based on the location information and time information stored with, or linked to, the at least one associated video.
A method of making a paper or paper board, in which method a stock comprising cellulosic fiber pulp is prepared and a web is formed from the stock, wherein cut pulp is prepared by cutting basic cellulosic fiber pulp at the consistency of at least 25 % and the SR number of the cut pulp is at most 20 % higher than that of the basic pulp, and wherein the cut pulp is used as a raw material in the preparation of the stock, characterized in that the pulp is cut so that the average fiber length of the basic cellulosic fiber pulp is decreased by more than 25%.
An antisense polynucleotide agent for inhibiting expression of an aminolevulinic acid synthase-1 (ALAS1) gene, wherein the agent comprises 18 to 30 contiguous nucleotides, wherein at least one of the contiguous nucleotides is a modified nucleotide, and wherein the nucleotide sequence of the agent is 80% complementary over its entire length to the equivalent region of SEQ ID NO: 164 of the nucleotide sequence of any one of SEQ ID NOs:1-2, wherein the agent is 18 to 30 nucleotides in length, wherein the agent comprises a plurality of 2'-deoxynucleotides flanked on each side by at least one nucleotide having a modified sugar moiety.
A foldable display device (DD) comprising: a display module (DM); and a window member (WL) disposed on the display module (DM), wherein the window member (WL) comprises a base layer (WBL) and a hard coating layer (HC) disposed on the base layer (WBL), wherein the base layer (WBL) includes or is formed of a polymer material; characterized in that a moisture absorption ratio of the window member (WL) is about 2.2% or less under a first condition including a first temperature and a first humidity, wherein the first temperature is 60°C to 85°C, and the first humidity is 70% to 98%, wherein the moisture absorption ratio is a value in percentage corresponding to a ratio of a difference between a first weight and a second weight to the first weight of the window member (WL), wherein the first weight represents a weight of the window member (WL) in which moisture is removed, and wherein the second weight represents a weight of the window member (WL) after maintained for about two hours under the first condition. a display module (DM); and a window member (WL) disposed on the display module (DM), wherein the window member (WL) comprises a base layer (WBL) and a hard coating layer (HC) disposed on the base layer (WBL), wherein the base layer (WBL) includes or is formed of a polymer material; characterized in that a moisture absorption ratio of the window member (WL) is about 2.2% or less under a first condition including a first temperature and a first humidity, wherein the first temperature is 60°C to 85°C, and the first humidity is 70% to 98%, wherein the moisture absorption ratio is a value in percentage corresponding to a ratio of a difference between a first weight and a second weight to the first weight of the window member (WL), wherein the first weight represents a weight of the window member (WL) in which moisture is removed, and wherein the second weight represents a weight of the window member (WL) after maintained for about two hours under the first condition.