mhurhangee/patent-ind-claim-en huggingface dataset:
A household appliance leveling device, comprising at least two leveling feet mounted at a bottom of a household appliance, wherein each leveling foot comprises a fixed part and a movable part, the fixed part is mounted at the bottom of the household appliance, one end of the movable part is telescopically sleeved by/telescopically sleeves on the fixed part, another end of the movable part is arranged on a support plane, a closed chamber is formed between the fixed part and the movable part, and the closed chamber is provided with a hydraulic medium ; the closed chambers of at least two said leveling feet communicate with each other via a high-pressure oil pipe set , the hydraulic medium flows under pressure between the closed chambers of the leveling feet communicating with each other, and the movable parts expand or contract along with the flowing of the hydraulic medium to perform automatic leveling; characterized in that acting contact surfaces of the hydraulic medium in the leveling feet communicating with each other via the high-pressure oil pipe sets have different areas; the area of the acting contact surface of the hydraulic medium in each of the leveling feet communicating with each other via the high-pressure oil pipe sets is in direct proportion to a pressure value of pressure borne by the corresponding leveling foot.
Method for controlling a circuit breaker in an electrical energy supply network, in which - a switching signal is generated by means of a protective or control device ; and - the switching signal is transmitted to a control unit of the circuit breaker , said control unit comprising a drive of the circuit breaker , the control unit being caused to open the switching contacts of the circuit breaker upon reception of the switching signal; - a current flowing through the circuit breaker is recorded and is checked for the occurrence of zero crossings; and - forwarding of the switching signal to the control unit is prevented until at least one zero crossing has been detected; characterized in that - the control unit uses a switch control device to determine an optimum switching time of the circuit breaker after receiving the switching signal and accordingly controls the drive in order to open the circuit breaker as close as possible to a current zero crossing. - a switching signal is generated by means of a protective or control device ; and - the switching signal is transmitted to a control unit of the circuit breaker , said control unit comprising a drive of the circuit breaker , the control unit being caused to open the switching contacts of the circuit breaker upon reception of the switching signal; - a current flowing through the circuit breaker is recorded and is checked for the occurrence of zero crossings; and - forwarding of the switching signal to the control unit is prevented until at least one zero crossing has been detected; - the control unit uses a switch control device to determine an optimum switching time of the circuit breaker after receiving the switching signal and accordingly controls the drive in order to open the circuit breaker as close as possible to a current zero crossing.
An information transmission method, comprising: carrying configuration information of a control resource set on a physical broadcast channel, wherein the configuration information is used to indicate to a terminal time domain position information and frequency domain position information of the control resource set, wherein the time domain position information comprises information of a slot in which the control resource set is located and position information of at least one symbol occupied by the control resource set in the slot, and wherein the position information of the at least one symbol occupied by the control resource set in the slot comprising a starting symbol index of the at least one symbol occupied by the control resource set in the slot and a number of the at least one symbol occupied by the control resource set in the slot; transmitting the control resource set to the terminal according to the configuration information; wherein the slot in which the control resource set is located comprises a synchronization signal block; wherein the control resource set is a common control resource set of remaining minimum system information, RMSI; characterized in that when the control resource set is transmitted in both a first slot containing the synchronization signal block and a second slot not containing the synchronization signal block, a same resource mapping rule is applied for the control resource set in both the first slot containing the synchronization signal block and the second slot not containing the synchronization signal block. carrying configuration information of a control resource set on a physical broadcast channel, wherein the configuration information is used to indicate to a terminal time domain position information and frequency domain position information of the control resource set, wherein the time domain position information comprises information of a slot in which the control resource set is located and position information of at least one symbol occupied by the control resource set in the slot, and wherein the position information of the at least one symbol occupied by the control resource set in the slot comprising a starting symbol index of the at least one symbol occupied by the control resource set in the slot and a number of the at least one symbol occupied by the control resource set in the slot; transmitting the control resource set to the terminal according to the configuration information; wherein the slot in which the control resource set is located comprises a synchronization signal block; wherein the control resource set is a common control resource set of remaining minimum system information, RMSI; characterized in that when the control resource set is transmitted in both a first slot containing the synchronization signal block and a second slot not containing the synchronization signal block, a same resource mapping rule is applied for the control resource set in both the first slot containing the synchronization signal block and the second slot not containing the synchronization signal block.
An elevator system comprising: a traveling component movable along a guide rail within an elevator hoistway, the traveling component including a structural member ; a safety block mounted to the structural member, the safety block translatable in a first direction and a second direction, the safety block including a first brake element and a second brake element ; a biasing member configured to position the safety block in a first position corresponding to a first state in which neither the first brake element nor the second brake element is in contact with the guide rail ; an actuator configured to translate the safety block in the first direction wherein the actuator comprises an electromagnet and a permanent magnet ; characterized in that : the safety block is mounted to the structural member by a mounting plate ; and the structural member includes an opening , the mounting plate configured to travel within the opening . a traveling component movable along a guide rail within an elevator hoistway, the traveling component including a structural member ; a safety block mounted to the structural member, the safety block translatable in a first direction and a second direction, the safety block including a first brake element and a second brake element ; a biasing member configured to position the safety block in a first position corresponding to a first state in which neither the first brake element nor the second brake element is in contact with the guide rail ; an actuator configured to translate the safety block in the first direction wherein the actuator comprises an electromagnet and a permanent magnet ; characterized in that : the safety block is mounted to the structural member by a mounting plate ; and the structural member includes an opening , the mounting plate configured to travel within the opening .
Fluidised-bed cooler for cooling a urea-containing granulate, at least comprising a cooler chamber with a product inlet opening , a product outlet opening , a perforated plate arranged in the cooler chamber and at least one cooling medium inlet opening arranged below the perforated plate , wherein the product inlet opening is arranged above the perforated plate and a baffle plate is arranged between the product inlet opening and the perforated plate , characterised in that a distributor plate is arranged between the baffle plate and the perforated plate and that the area of the distributor plate is 10% to 50%, preferably 25% to 40% larger than the area of the baffle plate .
Filter apparatus for a suction machine , comprising a frame having a filter made of filter material, wherein the filter is held on the frame and has a clean side and a dirty side , and comprising a marking with at least one of the following: - the marking is at least partially in a visual form that is visible to an operator; - the marking is at least partially machine-readable; - the marking contains information about the filter apparatus and/or the filter , characterized by at least one label , which is provided at least partially with the marking and which sits on the clean side of the filter , wherein the at least one label is materially bonded to the filter and is adhesively bonded to fold regions of the filter , and characterized in that the filter has a first side toward the frame and a second side toward the frame , said second side being located opposite the first side , and in that the at least one label is arranged on the frame on the first side or at a distance from an end of the first side , said distance being at most 10% of a length between the first side and the second side . - the marking is at least partially in a visual form that is visible to an operator; - the marking is at least partially machine-readable; - the marking contains information about the filter apparatus and/or the filter ,
A method at a communication system including: a server a wireless communication network communicatively coupled with the server: a personal computing system communicatively coupled with the wireless communication network, and a wireless communication device communicatively coupled with the wireless communication network, the wireless communication device and the personal computing system being connected together by a power transfer wireless connection for transferring charging energy, from the personal computer system to the wireless communication device, in a charging arrangement, and the method being characterised by further comprising: receiving, at the server, a messaging status update associated with one of the personal computing system and the wireless communication device, the messaging status update indicating that said one of the personal computing system and the wireless communication device is in the charging arrangement with the other of the personal computing system and the wireless communication device, and that said one of the personal computing system and the wireless communication device is not receiving, via the wireless communication network, one or more messages that are destined for reception by said one of the personal computing system and the wireless communication device; and inhibiting, by the server, transmission, via the wireless communication network, of the one or more messages that are destined for reception by said one of the personal computing system and the wireless communication device, in response to receiving the messaging status update. a server a wireless communication network communicatively coupled with the server: a personal computing system communicatively coupled with the wireless communication network, and a wireless communication device communicatively coupled with the wireless communication network, the wireless communication device and the personal computing system being connected together by a power transfer wireless connection for transferring charging energy, from the personal computer system to the wireless communication device, in a charging arrangement, and the method being characterised by further comprising: receiving, at the server, a messaging status update associated with one of the personal computing system and the wireless communication device, the messaging status update indicating that said one of the personal computing system and the wireless communication device is in the charging arrangement with the other of the personal computing system and the wireless communication device, and that said one of the personal computing system and the wireless communication device is not receiving, via the wireless communication network, one or more messages that are destined for reception by said one of the personal computing system and the wireless communication device; and inhibiting, by the server, transmission, via the wireless communication network, of the one or more messages that are destined for reception by said one of the personal computing system and the wireless communication device, in response to receiving the messaging status update.
A solid composition comprising: (i) an iron (III) salt which is ferric pyrophosphate, in an amount comprised from 30 to 70%; (ii) sucrose esters or sucresters E473, in an amount comprised from 10 to 30%; (iii) lecithin which is a lecithin E322, wherein said lecithin is selected from the group comprising maize, sunflower or soya lecithin, and is in an amount comprised from 0.1% to 1.5% by weight. (i) an iron (III) salt which is ferric pyrophosphate, in an amount comprised from 30 to 70%; (ii) sucrose esters or sucresters E473, in an amount comprised from 10 to 30%; (iii) lecithin which is a lecithin E322, wherein said lecithin is selected from the group comprising maize, sunflower or soya lecithin, and is in an amount comprised from 0.1% to 1.5% by weight.
Light sensor module having the following features: a sensor layer having a plurality of sensor cells , wherein the sensor cells each have at least two sensor pixels each for capturing a different light property, wherein a light property is understood as meaning a wavelength, a colour, a polarization, a linear and logarithmic intensity or a temporal intensity profile, and wherein the sensor pixels are arranged in columns and rows; and a signal processing unit for processing sensor signals from the sensor pixels (1, 2, '3, 4, 5), wherein the sensor pixels of each column are connected to the signal processing unit in an electrically conductive manner via at least one read line each assigned to a different light property, and the sensor pixels of each row are connected to the signal processing unit in an electrically conductive manner via at least one selection line , wherein the signal processing unit is designed to use the selection line to select the sensor pixels in a row-by-row manner for reading via the read line , characterized in that each of the sensor cells is formed with a main pixel and at least two additional pixels as the sensor pixels , wherein an area of the main pixel is greater than a respective area of an additional pixel , wherein the at least two additional pixels are arranged symmetrically around the main pixel . a sensor layer having a plurality of sensor cells , wherein the sensor cells each have at least two sensor pixels each for capturing a different light property, wherein a light property is understood as meaning a wavelength, a colour, a polarization, a linear and logarithmic intensity or a temporal intensity profile, and wherein the sensor pixels are arranged in columns and rows; and a signal processing unit for processing sensor signals from the sensor pixels (1, 2, '3, 4, 5), wherein the sensor pixels of each column are connected to the signal processing unit in an electrically conductive manner via at least one read line each assigned to a different light property, and the sensor pixels of each row are connected to the signal processing unit in an electrically conductive manner via at least one selection line , wherein the signal processing unit is designed to use the selection line to select the sensor pixels in a row-by-row manner for reading via the read line , characterized in that each of the sensor cells is formed with a main pixel and at least two additional pixels as the sensor pixels , wherein an area of the main pixel is greater than a respective area of an additional pixel , wherein the at least two additional pixels are arranged symmetrically around the main pixel .
Encapsulating section of a compressed-gas-insulated electrical power transmission device having an encapsulating housing having a first tubular section and a second tubular section which can move relative to one another and partially bound at least one variable encapsulating volume and the encapsulating section surrounds at least one electrically active conductor element , wherein a channel connects the encapsulating volume to a compensation volume , which is variable in inverse proportion to a volume change of the encapsulating volume characterized in that the compensation volume has a piston and a cylinder, wherein the piston and the cylinder are each coupled to one of the tubular sections , wherein, in order to couple the piston , a threaded flange is screwed into an envelope surface of one of the tubular sections and the channel passes through said threaded flange.
A method of operating an electronic device , the method comprising: setting the electronic device to cause to turn on or turn off at least one sensor of one or more wearable devices when the electronic device is switched to a head mounted mode; communicatively connecting the electronic device to a head mounted device and switching the electronic device to the head mounted mode; in response to switching to the head mounted mode, transmitting to the one or more wearable devices mode change information for switching the mode of the one or more wearable devices to the head mounted mode; the method being characterised in that it further comprises the steps of: receiving detection information from the one or more wearable devices ; wherein the step of setting the electronic device to cause to turn on or turn off at least one sensor comprises turning on or off, by the wearable device at least one sensor of the one or more wearable device according to the mode change information; and performing a function of the electronic device corresponding to the detection information. setting the electronic device to cause to turn on or turn off at least one sensor of one or more wearable devices when the electronic device is switched to a head mounted mode; communicatively connecting the electronic device to a head mounted device and switching the electronic device to the head mounted mode; in response to switching to the head mounted mode, transmitting to the one or more wearable devices mode change information for switching the mode of the one or more wearable devices to the head mounted mode; the method being characterised in that it further comprises the steps of: receiving detection information from the one or more wearable devices ; wherein the step of setting the electronic device to cause to turn on or turn off at least one sensor comprises turning on or off, by the wearable device at least one sensor of the one or more wearable device according to the mode change information; and performing a function of the electronic device corresponding to the detection information. receiving detection information from the one or more wearable devices ; wherein the step of setting the electronic device to cause to turn on or turn off at least one sensor comprises turning on or off, by the wearable device at least one sensor of the one or more wearable device according to the mode change information; and performing a function of the electronic device corresponding to the detection information.
A system , comprising: a user device to be monitored for unauthorized displacement, wherein said unauthorized displacement is a movement of the user device to a location at which the user device is not authorized to be present according to a predefined rule; an ultra-wideband, UWB, communication unit configured to set up a UWB communication channel with an external localization device and to perform at least one localization operation through said UWB communication channel; a processing unit configured to detect said unauthorized displacement of the user device by analyzing an output of said localization operation. a user device to be monitored for unauthorized displacement, wherein said unauthorized displacement is a movement of the user device to a location at which the user device is not authorized to be present according to a predefined rule; an ultra-wideband, UWB, communication unit configured to set up a UWB communication channel with an external localization device and to perform at least one localization operation through said UWB communication channel; a processing unit configured to detect said unauthorized displacement of the user device by analyzing an output of said localization operation.
Process for the production of an alkoxylated product by reaction of bisphenol F with propylene carbonate and/or propylene oxide as a propoxylating agent and ethylene carbonate and/or ethylene oxide as an ethoxylating agent, characterized in that the propoxylating agent and the ethoxylating agent are used in a molar ratio of 70:30 to 45:55.
Insulation displacement contact device for electrically connecting a cable with a jacket and a conductor , which insulation displacement contact device comprises a blade element with opposite blades (4.1, 4.2; 6.1, 6.2), which blades (4.1, 4.2; 6.1, 6.2) each have a cutting edge , which cutting edges terminate into a contact slot defined between the blades (4.1, 4.2; 6.1, 6.2), a U-shaped biasing element which encompasses the blade element to enhance a contact force of the conductor received within the contact slot and which is slidably held by the blade element in a sliding direction essentially parallel to the contact slot , wherein the biasing element comprises opposing legs encompassing the blade element and a base , which extends across the blade element and is projected by the legs , wherein a transition between the base and each leg defines an elastic deformation storing zone and wherein each leg defines a pressing zone (p), the elastic deformation storing zone being configured to store an elastic deformation caused by the cable being forced into the contact slot by the base of the biasing element when the biasing element is slid towards the contact slot , characterized in that the insulation displacement contact device comprises spreading means adapted to cooperate with the outer circumference of the jacket of the cable , which spreading means are assigned to the blades (4.1, 4.2; 6.1, 6.2) for spreading a width of the contact slot .