mhurhangee/patent-ind-claim-en huggingface dataset:
A height adjustable desk for placing on an existing desktop, the height adjustable desk comprising a base frame for placing on the existing desktop, a desktop that is connected to the base frame by first and second support members , and a gas strut , wherein the first and second support members are pivotally connected to one another and are pivotable about the pivotal connection to raise and lower the desktop from the base frame, wherein the height adjustable desk has a front side (FS), a rear side (RS), and a top side formed by the desktop, wherein a lower end of the first support member is pivotally connected to the base frame at the front side (FS) of the height adjustable desk, and an upper end of the first support member is pivotally connected to the desktop at the rear side (RS) of the height adjustable desk, wherein a lower end of the second support member is slidable along the base frame, and an upper end of the second support member is slidable along the desktop, wherein the upper or lower end of the second support member is pivotably connected to a shuttle , the shuttle being drivable by the gas strut to slide along a shuttle frame of the desktop or base frame.
A display device, comprising: a display panel (DP) for displaying an image on one surface thereof; a substrate (SUB, SUB') including a first surface and a second surface, wherein the first surface faces the display panel (DP); and a first touch sensor (TS1, TS1', TS1") provided between the display panel (DP) and the substrate (SUB, SUB'), wherein the substrate (SUB, SUB') includes a recess (RCS, RCS') on the first surface, and the first touch sensor (TS1, TS1', TS1") is arranged on at least a portion of the recess (RCS, RCS'), and characterized in that the display device further comprises a window substrate (WS) including a protrusion (PRT) between the first touch sensor (TS1') and the display panel (DP), wherein a shape of the protrusion (PRT) corresponds to that of the recess (RCS'), and the protrusion (PRT) is arranged in a position corresponding to the recess (RCS'). a display panel (DP) for displaying an image on one surface thereof; a substrate (SUB, SUB') including a first surface and a second surface, wherein the first surface faces the display panel (DP); and a first touch sensor (TS1, TS1', TS1") provided between the display panel (DP) and the substrate (SUB, SUB'), wherein the substrate (SUB, SUB') includes a recess (RCS, RCS') on the first surface, and the first touch sensor (TS1, TS1', TS1") is arranged on at least a portion of the recess (RCS, RCS'), and characterized in that the display device further comprises a window substrate (WS) including a protrusion (PRT) between the first touch sensor (TS1') and the display panel (DP), wherein a shape of the protrusion (PRT) corresponds to that of the recess (RCS'), and the protrusion (PRT) is arranged in a position corresponding to the recess (RCS').
An atherectomy catheter comprising: a catheter body comprising an outer shaft ; a deflectable distal tip coupled to the catheter body at a pivot point ; a rotatable cutter proximal to the distal tip; and a cutter drive shaft configured to rotate the rotatable cutter; characterized in that the atherectomy catheter comprises a pull shaft which is concentric with the outer shaft and the drive shaft and which is coupled to the distal tip through a pull-wire , wherein the pull shaft is configured such that pulling the pull shaft activates the pull-wire to deflect the distal tip at the pivot point, thereby exposing the rotatable cutter. a catheter body comprising an outer shaft ; a deflectable distal tip coupled to the catheter body at a pivot point ; a rotatable cutter proximal to the distal tip; and a cutter drive shaft configured to rotate the rotatable cutter; characterized in that the atherectomy catheter comprises a pull shaft which is concentric with the outer shaft and the drive shaft and which is coupled to the distal tip through a pull-wire , wherein the pull shaft is configured such that pulling the pull shaft activates the pull-wire to deflect the distal tip at the pivot point, thereby exposing the rotatable cutter.
Device for controlling the pressure of a tire of an aircraft wheel provided with a rim , characterized in that it comprises: - a shell defining an open-ended housing ; - a system for controlling the pressure of a tire; - an annular band having a tensile strength of between 400 and 1500N; the pressure control system being received in the open-ended housing of the shell , and the annular band is positioned on a bearing face of the shell opposite the open-ended housing and against transverse retaining means , the device is capable of being positioned around the rim to press the shell against the rim and to close off the open-ended housing . - a shell defining an open-ended housing ; - a system for controlling the pressure of a tire; - an annular band having a tensile strength of between 400 and 1500N;
A relay module , comprising: - a control input to which an alternating voltage is applied, or which is configured for said application, for the combined control and power supply of the relay module ; - a fixed voltage regulator which is configured to generate a fixed voltage after rectification of the alternating voltage or a portion of the alternating voltage ; - a comparator which is configured to be operated by the fixed voltage and to compare a reference voltage derived from the fixed voltage with a rectified and smoothed portion of the alternating voltage ; - a switching stage which is configured to operate a relay unit depending on the comparison of the comparator ; and - a relay unit which is connected on the input side to the switching stage and on the output side to switching connections of the relay module . - a control input to which an alternating voltage is applied, or which is configured for said application, for the combined control and power supply of the relay module ; - a fixed voltage regulator which is configured to generate a fixed voltage after rectification of the alternating voltage or a portion of the alternating voltage ; - a comparator which is configured to be operated by the fixed voltage and to compare a reference voltage derived from the fixed voltage with a rectified and smoothed portion of the alternating voltage ; - a switching stage which is configured to operate a relay unit depending on the comparison of the comparator ; and - a relay unit which is connected on the input side to the switching stage and on the output side to switching connections of the relay module .
A method for producing a first intermediate product, comprising the steps of a. providing a feedstock that comprises a first polyester; b. contacting the first polyester with a further organic compound in a volume section V 3 , to obtain a further initial mixture; c. reducing a weight average molar mass of the first polyester in the volume section V 3 , to obtain a first intermediate mixture, wherein the first intermediate mixture comprises i. a first intermediate product that has an intrinsic viscosity in the range of 0.010 dL/g to 0.120 dL/g, ii. the further organic compound; d. adding first particulated material to the first intermediate mixture in a volume section V 4 ; e. transporting the first intermediate mixture to a filtering means; f. at least partially removing at least one impurity from the first intermediate mixture using the filtering means; wherein a temperature of the first intermediate mixture in the volume section V 4 is in the range of 170 °C to 220 °C, and wherein at least 40 wt-% of the first intermediate product is in the form of oligomers that have in the range of 2 to 35 repeating units, and wherein the first particulated material is diatomaceous earth, with the intrinsic viscosity, the wt-% of the first intermediate product in the form of oligomers, and the temperature in the volume section V 4 determined according to the methods described herein. a. providing a feedstock that comprises a first polyester; b. contacting the first polyester with a further organic compound in a volume section V 3 , to obtain a further initial mixture; c. reducing a weight average molar mass of the first polyester in the volume section V 3 , to obtain a first intermediate mixture, wherein the first intermediate mixture comprises i. a first intermediate product that has an intrinsic viscosity in the range of 0.010 dL/g to 0.120 dL/g, ii. the further organic compound; i. a first intermediate product that has an intrinsic viscosity in the range of 0.010 dL/g to 0.120 dL/g, ii. the further organic compound; d. adding first particulated material to the first intermediate mixture in a volume section V 4 ; e. transporting the first intermediate mixture to a filtering means; f. at least partially removing at least one impurity from the first intermediate mixture using the filtering means;
A method comprising: sending, by a network node to a user equipment , UE, signaling comprising: first information specifying a current uplink-downlink configuration to use responsive to a dynamic uplink-downlink configuration change, second information specifying a set of discontinuous reception, DRX, parameters to control DRX operation at the UE in response to the dynamic uplink-downlink configuration change, wherein the set of DRX parameters specified by the second information comprises a drxShortCycleTimer parameter, and wherein the second information is part of a data structure comprising a mapping between uplink-downlink configurations and respective sets of DRX parameters, and a binary indicator , when set to a specified state, indicating a start of the dynamic uplink-downlink configuration change and causing use of the current uplink-downlink configuration specified by the first information and use of the set of DRX parameters specified by the second information; and communicating, by the network node with the UE operating according to the set of DRX parameters, information according to the current uplink-downlink configuration. sending, by a network node to a user equipment , UE, signaling comprising: first information specifying a current uplink-downlink configuration to use responsive to a dynamic uplink-downlink configuration change, second information specifying a set of discontinuous reception, DRX, parameters to control DRX operation at the UE in response to the dynamic uplink-downlink configuration change, wherein the set of DRX parameters specified by the second information comprises a drxShortCycleTimer parameter, and wherein the second information is part of a data structure comprising a mapping between uplink-downlink configurations and respective sets of DRX parameters, and a binary indicator , when set to a specified state, indicating a start of the dynamic uplink-downlink configuration change and causing use of the current uplink-downlink configuration specified by the first information and use of the set of DRX parameters specified by the second information; and first information specifying a current uplink-downlink configuration to use responsive to a dynamic uplink-downlink configuration change, second information specifying a set of discontinuous reception, DRX, parameters to control DRX operation at the UE in response to the dynamic uplink-downlink configuration change, wherein the set of DRX parameters specified by the second information comprises a drxShortCycleTimer parameter, and wherein the second information is part of a data structure comprising a mapping between uplink-downlink configurations and respective sets of DRX parameters, and a binary indicator , when set to a specified state, indicating a start of the dynamic uplink-downlink configuration change and causing use of the current uplink-downlink configuration specified by the first information and use of the set of DRX parameters specified by the second information; and communicating, by the network node with the UE operating according to the set of DRX parameters, information according to the current uplink-downlink configuration.
A chromatography system , comprising: a chromatography column having an inlet for receiving a mobile phase with an analyte and an outlet through which the mobile phase exits after flowing through the column; an outlet heater or cooler positioned to heat or cool at the outlet of the chromatography column; a controller for controlling an amount of heating or cooling imparted by the heater or cooler, the controller configured for controlling the outlet heater or cooler to achieve a set point temperature for the outlet of the column, wherein the controller is configured to set the set point temperature for the outlet heater or cooler based on an estimate, the estimate being calculated from a temperature at the inlet of the chromatography column and a logarithmic function of product of a flow rate of the mobile phase with a pressure delta across the chromatography column. a chromatography column having an inlet for receiving a mobile phase with an analyte and an outlet through which the mobile phase exits after flowing through the column; an outlet heater or cooler positioned to heat or cool at the outlet of the chromatography column; a controller for controlling an amount of heating or cooling imparted by the heater or cooler, the controller configured for controlling the outlet heater or cooler to achieve a set point temperature for the outlet of the column, wherein the controller is configured to set the set point temperature for the outlet heater or cooler based on an estimate, the estimate being calculated from a temperature at the inlet of the chromatography column and a logarithmic function of product of a flow rate of the mobile phase with a pressure delta across the chromatography column.
Method of updating at least one security certificate of a safety circuit of an elevator system , the method comprising: - connecting the safety circuit with a communicator which is capable to communicate with a certification server ; - sending from the communicator to the safety circuit a security certificate update request for updating at least one security certificate stored within the safety circuit ; - the safety circuit sending a public key of a safety circuit security certificate associated with the safety circuit via the communicator to the certification server ; - the certification server checking whether the safety circuit security certificate associated with the received public key is included in a data base of known security certificates and not marked as compromised; - in case the safety circuit security certificate associated with the received public key is included in the data base of known safety circuit security certificates and not marked as compromised: sending at least one new security certificate from the certification server via the communicator to the safety circuit and installing the at least one new security certificate on the safety circuit ; - in case the security certificate associated with the received public key is not included in the data base of known security certificates and/or marked as compromised: sending a message from the certification server to the communicator indicating that the safety circuit is invalid. - connecting the safety circuit with a communicator which is capable to communicate with a certification server ; - sending from the communicator to the safety circuit a security certificate update request for updating at least one security certificate stored within the safety circuit ; - the safety circuit sending a public key of a safety circuit security certificate associated with the safety circuit via the communicator to the certification server ; - the certification server checking whether the safety circuit security certificate associated with the received public key is included in a data base of known security certificates and not marked as compromised; - in case the safety circuit security certificate associated with the received public key is included in the data base of known safety circuit security certificates and not marked as compromised: sending at least one new security certificate from the certification server via the communicator to the safety circuit and installing the at least one new security certificate on the safety circuit ; - in case the security certificate associated with the received public key is not included in the data base of known security certificates and/or marked as compromised: sending a message from the certification server to the communicator indicating that the safety circuit is invalid.
A webbing take-up device comprising: a frame that is equipped with leg plates ; a spool that is provided in the frame and on which a webbing is taken up, and to which rotational force in a pull-out direction is applied due to the webbing being pulled; a rotating portion that is rotated by rotation of the spool ; and an engaging portion that is formed on an outer peripheral portion of the rotating portion ; wherein one of the leg plates of the frame opposes the engaging portion in a radial direction of the rotating portion , rotation of the rotating portion being suppressed by the engaging portion being engaged with the one of the leg plates as a result of the rotating portion being moved closer to the one of the leg plates in the radial direction; characterized in that an abutting portion is provided at the rotating portion , the abutting portion extends outward in the radial direction of the rotating portion , and opposes the one of the leg plates on one side along an axial direction of the rotating portion , movement of the rotating portion toward another side along the axial direction of the rotating portion is blocked by the abutting portion being abutted with the one of the leg plates . a frame that is equipped with leg plates ; a spool that is provided in the frame and on which a webbing is taken up, and to which rotational force in a pull-out direction is applied due to the webbing being pulled; a rotating portion that is rotated by rotation of the spool ; and an engaging portion that is formed on an outer peripheral portion of the rotating portion ; wherein one of the leg plates of the frame opposes the engaging portion in a radial direction of the rotating portion , rotation of the rotating portion being suppressed by the engaging portion being engaged with the one of the leg plates as a result of the rotating portion being moved closer to the one of the leg plates in the radial direction; characterized in that an abutting portion is provided at the rotating portion , the abutting portion extends outward in the radial direction of the rotating portion , and opposes the one of the leg plates on one side along an axial direction of the rotating portion , movement of the rotating portion toward another side along the axial direction of the rotating portion is blocked by the abutting portion being abutted with the one of the leg plates .
A vapor compression system (200; 400; 700; 800; 900; 1000) including a compressor , a first heat exchanger , a first nozzle , a separator , an expansion device , a second heat exchanger , a second nozzle and a plurality of valves (260, 262, 264; 260), wherein the plurality of valves (260, 262, 264; 260) are controllable to define: a first mode flowpath sequentially through: the compressor , the first heat exchanger , the first nozzle , and the separator ; and then branching into: a first branch returning to the compressor, and a second branch passing through the expansion device device and the second heat exchanger to the rejoin the flowpath between the first heat exchanger and the separator; and a second mode flowpath sequentially through: the compressor, the second heat exchanger, the second nozzle , and the separator; and then branching into: a first branch returning to the compressor, and a second branch passing through the expansion device and first heat exchanger to the rejoin the flowpath between the first heat exchanger and the separator; wherein: the first nozzle is a motive nozzle of a first ejector ; and the second nozzle is a motive nozzle of a second ejector ; and either one or more check valves are positioned to block reverse flow through at least one of the first ejector and second ejector; or the plurality of valves comprises: a valve positioned to selectively allow flow to a secondary flow inlet of the first ejector and a secondary flow inlet of the second ejector, wherein: the valve is configured allow flow to at most one of the first ejector secondary flow inlet and the second ejector secondary flow inlet . a first mode flowpath sequentially through: the compressor , the first heat exchanger , the first nozzle , and the separator ; and then branching into: a first branch returning to the compressor, and a second branch passing through the expansion device device and the second heat exchanger to the rejoin the flowpath between the first heat exchanger and the separator; and a second mode flowpath sequentially through: the compressor, the second heat exchanger, the second nozzle , and the separator; and then branching into: a first branch returning to the compressor, and a second branch passing through the expansion device and first heat exchanger to the rejoin the flowpath between the first heat exchanger and the separator; the first nozzle is a motive nozzle of a first ejector ; and the second nozzle is a motive nozzle of a second ejector ; and either one or more check valves are positioned to block reverse flow through at least one of the first ejector and second ejector; or the plurality of valves comprises: a valve positioned to selectively allow flow to a secondary flow inlet of the first ejector and a secondary flow inlet of the second ejector, wherein: the valve is configured allow flow to at most one of the first ejector secondary flow inlet and the second ejector secondary flow inlet .
A honeycomb structure comprising a plurality of cells , a first surface , and a second surface , wherein: the first surface and the second surface are formed by the plurality of cells ; the plurality of cells is configured such that at least two closed parallel cross-sections of a cell in the plurality of cells are different; and the honeycomb structure is formed from a ribbon ; and the ribbon comprises: a first edge of the ribbon ; and a second edge of the ribbon ; wherein the ribbon is folded such that the first edge forms at least a portion of the first surface and the second edge forms at least a portion of the second surface ; characterised in that at least one portion of the first edge is not parallel to at least one portion of the second edge when the ribbon is in an unfolded state . the first surface and the second surface are formed by the plurality of cells ; the plurality of cells is configured such that at least two closed parallel cross-sections of a cell in the plurality of cells are different; and the honeycomb structure is formed from a ribbon ; and the ribbon comprises: a first edge of the ribbon ; and a second edge of the ribbon ; wherein the ribbon is folded such that the first edge forms at least a portion of the first surface and the second edge forms at least a portion of the second surface ; characterised in that at least one portion of the first edge is not parallel to at least one portion of the second edge when the ribbon is in an unfolded state . a first edge of the ribbon ; and a second edge of the ribbon ; wherein the ribbon is folded such that the first edge forms at least a portion of the first surface and the second edge forms at least a portion of the second surface ; characterised in that at least one portion of the first edge is not parallel to at least one portion of the second edge when the ribbon is in an unfolded state .