mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating an elevator system , the method comprising: controlling, using a controller , a plurality of components of the elevator system , wherein controlling comprises operating at least one of an internal power source , an elevator car , a drive unit , a power conversion device , and a brake ; detecting, using the controller , when an external power source is unavailable; deactivating, using the controller , the power conversion device when an external power source is unavailable; determining, using the controller , a mode of the elevator car , wherein the mode includes at least one of a motoring mode and a near balance mode; connecting, using the controller , to an internal power source , when at least one of the motoring mode and the near balance mode is determined; and increasing, using the internal power source , voltage of the drive unit . controlling, using a controller , a plurality of components of the elevator system , wherein controlling comprises operating at least one of an internal power source , an elevator car , a drive unit , a power conversion device , and a brake ; detecting, using the controller , when an external power source is unavailable; deactivating, using the controller , the power conversion device when an external power source is unavailable; determining, using the controller , a mode of the elevator car , wherein the mode includes at least one of a motoring mode and a near balance mode; connecting, using the controller , to an internal power source , when at least one of the motoring mode and the near balance mode is determined; and increasing, using the internal power source , voltage of the drive unit .
Mechanism for displaying a time period or season arranged in order to engage with a horological movement , and comprising a first wheel and a second wheel for displaying a time period or season, said second wheel turning more quickly than said first wheel , characterised in that said first wheel is arranged in order to turn once in thirty-one days for displaying a day of the month and in that said second wheel is arranged in order to be displaced from said first wheel , at the rate of one turn in a period of time between 340 days and 380 days.
Electricity supply with an intermediate circuit which can be connected to a supply voltage (UN) and which intermediate circuit comprises an intermediate circuit capacitor (C1) and downstream of which a clocked switching converter (W) is arranged, wherein the intermediate circuit capacitor (C1) is connected in series with a first switching element (T1) to an intermediate circuit voltage (UZ) and the first switching element (T1) is controlled linearly by means of a controller (STR) as a function of a current proportional to the charging current of the intermediate circuit capacitor (C1), characterised in that a charging resistor (R1) is arranged parallel to the first switching element (T1), that the controller (STR) comprises an auxiliary capacitor (C2) to which a control voltage for controlling the first switching element (T1) is applied, that the auxiliary capacitor (C2) in series with a resistance circuit (R1, R2, R3) is arranged parallel to the first switching element (T1), that the auxiliary capacitor (C2) is connected via an auxiliary circuit to an auxiliary voltage (UH) or an auxiliary signal of the clocked switching converter (W) and that the auxiliary circuit is formed from a resistor (R5) and a diode (D2) arranged parallel thereto.
Y-shaped stake for fruit-growing, wherein a longitudinal base body and two side arms are provided, wherein the base body comprises openings for the inserting of at least one side arm each, wherein the inserted side arms are angled toward the upper end of the base body , wherein, between the openings and the upper end of the base body , a substantially horizontal through-opening is provided, through which a securing rod can be pushed through, wherein the securing rod is horizontally securable against a displacement in the through-opening via at least one locking means , and the securing rod is detachably connectable with the at least one side arm , and wherein the at least one the locking means includes an inherently rigid stopper butting against the base body in the locking position and provided for on the securing rod , as well as a spring-elastic sheet-metal tongue molded on the securing rod .
A wall attachment system comprising: a photocatalytic device ; and an attachment unit for attaching the photocatalytic device to a wall surface, the photocatalytic device having a back surface to which a metal is attached, the attachment unit having a front surface to which a magnet is attached, wherein the magnet is arranged at an upper part of the front surface of the attachment unit , the wall attachment system being configured so that the metal and the magnet contact each other in response to the photocatalytic device being set in position for installation on the attachment unit , the photocatalytic device having attachment tabs on the back surface of the photocatalytic device that are hung on top of the attachment unit , the attachment unit having attachment portions , in order to align the photocatalyst device with the attachment portions of the attachment unit , when the attachment tabs are positioned directly above the attachment portions , the magnetic force of the magnet causes the metal and the magnet to come into contact with each other to make a contact noise. a photocatalytic device ; and an attachment unit for attaching the photocatalytic device to a wall surface, the photocatalytic device having a back surface to which a metal is attached, the attachment unit having a front surface to which a magnet is attached, wherein the magnet is arranged at an upper part of the front surface of the attachment unit , the wall attachment system being configured so that the metal and the magnet contact each other in response to the photocatalytic device being set in position for installation on the attachment unit , the photocatalytic device having attachment tabs on the back surface of the photocatalytic device that are hung on top of the attachment unit , the attachment unit having attachment portions , in order to align the photocatalyst device with the attachment portions of the attachment unit , when the attachment tabs are positioned directly above the attachment portions , the magnetic force of the magnet causes the metal and the magnet to come into contact with each other to make a contact noise.
A heat exchanger for exchanging heat of fluids having different temperatures comprising: at least one flat heat exchanging plate ; at least one high temperature heat exchanging plate ; and at least one low temperature heat exchanging plate stacked in an alternating sequence, wherein an inlet of high temperature fluid and an outlet of high temperature fluid are disposed in order to pass a high temperature fluid through each said high temperature heat exchanging plate , and an inlet of low temperature fluid and an outlet of low temperature fluid are disposed in order to pass a low temperature fluid through each said low temperature heat exchanging plate ; characterized in that said high temperature heat exchanging plate comprising a high temperature channel and said low temperature heat exchanging plate comprising a low temperature channel , the heat exchanger being characterized in that said channels have a length extending in a flow direction of said fluids and a side wall of each said channel has a symmetric wavy pattern with a center line of said channel as a symmetric axis.
A method for manufacturing a headrest having a pad layer supported by a headrest frame , the method comprising: disposing a skin member that covers the pad layer , in a mold; setting inside the skin member an injection-passage-forming member that has a foaming raw material injection passage , , that is formed so as to run substantially along a vertical direction of the headrest in an orientation of when a seat is attached, and in which a foaming raw material forming the pad layer is injected; and injecting the foaming raw material through the foaming raw material injection passage , , , spreading the foaming raw material to the outer side of the headrest that is closer to the skin member from a center of the headrest including a gap between the skin member and the injection-passage-forming member, via the foaming raw material injection passage , , , foaming the foaming raw material, and performing integral foam molding of the pad layer with the skin member , characterized in that , as the injection-passage-forming member, a member that has a head part supporting plate , , that can swing front and back around a middle part, in a front part of the injection-passage-forming member is used, and when the foaming raw material spreads in a gap between the head part supporting plate , , and the skin member , the head part supporting plate , , swings due to a flow pressure of the foaming raw material, and flow of the foaming raw material in the gap is prompted. disposing a skin member that covers the pad layer , in a mold; setting inside the skin member an injection-passage-forming member that has a foaming raw material injection passage , , that is formed so as to run substantially along a vertical direction of the headrest in an orientation of when a seat is attached, and in which a foaming raw material forming the pad layer is injected; and injecting the foaming raw material through the foaming raw material injection passage , , , spreading the foaming raw material to the outer side of the headrest that is closer to the skin member from a center of the headrest including a gap between the skin member and the injection-passage-forming member, via the foaming raw material injection passage , , , foaming the foaming raw material, and performing integral foam molding of the pad layer with the skin member , characterized in that , as the injection-passage-forming member, a member that has a head part supporting plate , , that can swing front and back around a middle part, in a front part of the injection-passage-forming member is used, and when the foaming raw material spreads in a gap between the head part supporting plate , , and the skin member , the head part supporting plate , , swings due to a flow pressure of the foaming raw material, and flow of the foaming raw material in the gap is prompted.
A method comprising: forming a single hole into a bond gap repair area ; evacuating , via an adhesive injection apparatus attached to the single hole , the bond gap repair area and an injection channel of the adhesive injection apparatus ; and forcing adhesive through the evacuated injection channel and into the evacuated bond gap repair area . forming a single hole into a bond gap repair area ; evacuating , via an adhesive injection apparatus attached to the single hole , the bond gap repair area and an injection channel of the adhesive injection apparatus ; and forcing adhesive through the evacuated injection channel and into the evacuated bond gap repair area .
An audio device comprising: a housing comprising a side facing outwardly of the housing, the housing further comprising a first mounting position disposed on the side, wherein the side comprises a first portior and a second portion , the first portion opposite the second portion relative to the first mounting position; a first omnidirectional microphone disposed on the first portion; a second microphone disposed on the first mounting position, the second microphone comprising a second-order microphone, the second-order microphone comprising a first-order microphone disposed within a first platform mounted a distance from the first mounting position; and a first speakei disposed on the second portion, wherein the first speaker is further disposed such that an audio output of the first speaker falls within a null of the second microphone. a housing comprising a side facing outwardly of the housing, the housing further comprising a first mounting position disposed on the side, wherein the side comprises a first portior and a second portion , the first portion opposite the second portion relative to the first mounting position; a first omnidirectional microphone disposed on the first portion; a second microphone disposed on the first mounting position, the second microphone comprising a second-order microphone, the second-order microphone comprising a first-order microphone disposed within a first platform mounted a distance from the first mounting position; and a first speakei disposed on the second portion, wherein the first speaker is further disposed such that an audio output of the first speaker falls within a null of the second microphone.
A method for scheduled transmission from at least two network devices (na, 11b, 11c) in a cellular communications network , the method being performed by a scheduler providing network entity , the method comprising: determining (S104) a beamforming pattern for the at least two network devices according to which concurrent received power from all but one of the at least two network devices in sectors in which more than one network device is enabled to transmit using directional transmission beams (w 1 ,...,w 3 ) is below a threshold interference power level; and providing (S106) information of said beamforming pattern to the at least two network devices. determining (S104) a beamforming pattern for the at least two network devices according to which concurrent received power from all but one of the at least two network devices in sectors in which more than one network device is enabled to transmit using directional transmission beams (w 1 ,...,w 3 ) is below a threshold interference power level; and providing (S106) information of said beamforming pattern to the at least two network devices.
A wireless communication method, comprising: obtaining , by a first terminal device, a performance parameter value of a radio link that exists when the first terminal device communicates with at least one second terminal device by using the radio link, wherein the first terminal device communicates with an access network device by using a wireless cellular mobile network, and the at least one second terminal device communicates with the first terminal device by using a wireless fidelity, Wi-Fi, technology, wherein the first terminal device provides a network access service for the at least one second terminal device; and reporting , by the first terminal device, the performance parameter value to the access network device, so that the access network device learns of transmission performance of the radio link. obtaining , by a first terminal device, a performance parameter value of a radio link that exists when the first terminal device communicates with at least one second terminal device by using the radio link, wherein the first terminal device communicates with an access network device by using a wireless cellular mobile network, and the at least one second terminal device communicates with the first terminal device by using a wireless fidelity, Wi-Fi, technology, wherein the first terminal device provides a network access service for the at least one second terminal device; and reporting , by the first terminal device, the performance parameter value to the access network device, so that the access network device learns of transmission performance of the radio link.
A separate accessory element for a control apparatus for automated control of a technical installation , said control apparatus comprising at least a first and a second module part , comprising a first part having a coding strip of a coding means for defining a defined mechanical coding for mating first and second module parts, and comprising a second part for gripping the separate accessory element , wherein the coding strip comprises at least one coding cavity formed therein, wherein at least one disconnection point for disconnecting the first part and the second part from each other is arranged between the first part and the second part , characterized in that the second part comprises a tool having a tool grip section and a screw driver blade .
A method for mounting a flashing for a roof window, said flashing comprising one or more flashing members each having a first leg intended for being placed against an external surface of the window frame and a second leg being arranged at an angle with respect to first leg so that it projects from the window frame and having opposite first and second edges, said first edge being connected to the first leg and two end edges interconnecting the first and second edges, wherein the method comprises the steps of: mounting a connector element at each corner of the window frame, with an upper side of the connector element facing the exterior, a lower side facing the roof, a first end facing the window frame and a second end facing away from the window frame, providing at least one of the flashing members with an engagement section at one or both end edges, placing each engagement section in engagement with at least one connector element at its upper side, and securing the flashing member to the connector element, characterized in that the connector element is attached to a mounting bracket used for securing the window to the roof. mounting a connector element at each corner of the window frame, with an upper side of the connector element facing the exterior, a lower side facing the roof, a first end facing the window frame and a second end facing away from the window frame, providing at least one of the flashing members with an engagement section at one or both end edges, placing each engagement section in engagement with at least one connector element at its upper side, and securing the flashing member to the connector element, characterized in that the connector element is attached to a mounting bracket used for securing the window to the roof.
Ophthalmic lens having an increased resistance to thermal and hygroscopic stresses, said ophthalmic lens comprising a substrate, at least one main face of which is coated with a siloxane-based anti-abrasion hardcoat, characterized in that said ophthalmic lens further comprises at least one protective layer of an organic-inorganic material containing carbon atoms and metal or metalloid atoms directly in contact with said hardcoat, said protective layer of organic-inorganic material having a Young's modulus determined through nanoindentation measurement higher than 20 GPa, preferably of at least 25 GPa.
A device for filling a reservoir comprising: a cover portion ; and a bottom portion , the bottom portion configured to attach to a disposable housing assembly comprising the reservoir, wherein the cover portion and the bottom portion are rotatably attached in a locked configuration; characterized in that the cover portion comprises a septum window and in the locked configuration, a septum is obscured through the septum window; wherein when the cover portion and the bottom portion are placed in an unlocked configuration, the cover portion rotates with respect to the bottom portion and the septum is visible through the septum window. a cover portion ; and a bottom portion , the bottom portion configured to attach to a disposable housing assembly comprising the reservoir, wherein the cover portion and the bottom portion are rotatably attached in a locked configuration; characterized in that the cover portion comprises a septum window and in the locked configuration, a septum is obscured through the septum window; wherein when the cover portion and the bottom portion are placed in an unlocked configuration, the cover portion rotates with respect to the bottom portion and the septum is visible through the septum window.
A coil spring modeling apparatus provided on a strut comprising a first strut element and a second strut element which are movable relatively along an axis (L 1 ), the coil spring modeling apparatus comprising: a lower spring seat provided on the first strut element ; an upper spring seat arranged above the lower spring seat ; a first attachment member disposed on the lower spring seat ; a second attachment member disposed on the upper spring seat ; a base member disposed above the upper spring seat ; an actuator unit which is arranged between the first attachment member and the second attachment member , and extends and retracts, characterised in that it is further comprising: a rotation support mechanism which is arranged between the base member and the actuator unit , and configured to rotatably support the upper spring seat and the actuator unit with respect to the base member about the axis (L 1 ); a first inner load cell which is arranged coaxially with the rotation support mechanism within the first attachment member , comprises a through-hole into which the first strut element is inserted, and is configured to detect an axial force applied to the lower spring seat and a moment about the axis; and a second inner load cell which is arranged coaxially with the rotation support mechanism within the second attachment member , comprises a through-hole into which the second strut element is inserted, and is configured to detect an axial force applied to the upper spring seat and a moment about the axis. a lower spring seat provided on the first strut element ; an upper spring seat arranged above the lower spring seat ; a first attachment member disposed on the lower spring seat ; a second attachment member disposed on the upper spring seat ; a base member disposed above the upper spring seat ; an actuator unit which is arranged between the first attachment member and the second attachment member , and extends and retracts, a rotation support mechanism which is arranged between the base member and the actuator unit , and configured to rotatably support the upper spring seat and the actuator unit with respect to the base member about the axis (L 1 ); a first inner load cell which is arranged coaxially with the rotation support mechanism within the first attachment member , comprises a through-hole into which the first strut element is inserted, and is configured to detect an axial force applied to the lower spring seat and a moment about the axis; and a second inner load cell which is arranged coaxially with the rotation support mechanism within the second attachment member , comprises a through-hole into which the second strut element is inserted, and is configured to detect an axial force applied to the upper spring seat and a moment about the axis.