mhurhangee/patent-ind-claim-en huggingface dataset:
Ladder connector for connecting at least two ladders , having a first connecting element which can be attached to an outer side of a first ladder rail of a first ladder , wherein the first connecting element has at least one fastening device for connection with the first ladder rail and at least one hook for holding a second ladder on one of its rungs , and a second connecting element which can be attached to an outer side of a second ladder rail of the first ladder , wherein the second connecting element has at least one fastening device for connection with the second ladder rail and at least one hook for holding the second ladder on one of its rungs , wherein the respective connecting element has a further fastening device , characterised in that the further fastening device is configured to engage in a recess in a rung of a further ladder in order to connect the further ladder , at an end of the further ladder , flush with an end of the first ladder .
A system for use in footwear, the system comprising: a proximity sensor coupled to an article of footwear and configured to provide a time-varying capacitance sensor signal, indicating a proximity of a foot to the proximity sensor ; and a processor circuit coupled to the proximity sensor , the processor circuit configured to: detect fluctuations in the sensor signal; and based on the fluctuations as detected, determine a step count or a step interval; wherein the processor circuit is configured to detect fluctuations in the sensor signal by comparing magnitude changes of the sensor signal with a specified threshold change, the magnitude changes of the sensor signal corresponding to respective different times. a proximity sensor coupled to an article of footwear and configured to provide a time-varying capacitance sensor signal, indicating a proximity of a foot to the proximity sensor ; and a processor circuit coupled to the proximity sensor , the processor circuit configured to: detect fluctuations in the sensor signal; and based on the fluctuations as detected, determine a step count or a step interval; wherein the processor circuit is configured to detect fluctuations in the sensor signal by comparing magnitude changes of the sensor signal with a specified threshold change, the magnitude changes of the sensor signal corresponding to respective different times. detect fluctuations in the sensor signal; and based on the fluctuations as detected, determine a step count or a step interval; wherein the processor circuit is configured to detect fluctuations in the sensor signal by comparing magnitude changes of the sensor signal with a specified threshold change, the magnitude changes of the sensor signal corresponding to respective different times.
A tool , comprising: a first body portion having means configured to contact opposite sides of a first component ; a second body portion configured to rotate relative to the first body portion , wherein the second body portion is configured to contact a reference surface relative to the first component ; and an angle meter configured to measure an angle of the first component based on an angular position of the second body portion relative to the first body portion ; characterized in that the first body portion has opposite first and second recesses facing toward one another about a space , wherein the opposite first and second recesses are configured to contact the opposite sides of the first component disposed in the space ; the first body portion comprises first and second arm portions configured to move relative to one another to adjust a distance between the first and second recesses ; and the first and second arm portions are spring-biased toward one another to drive the first and second recesses toward one another about the space . a first body portion having means configured to contact opposite sides of a first component ; a second body portion configured to rotate relative to the first body portion , wherein the second body portion is configured to contact a reference surface relative to the first component ; and an angle meter configured to measure an angle of the first component based on an angular position of the second body portion relative to the first body portion ; characterized in that the first body portion has opposite first and second recesses facing toward one another about a space , wherein the opposite first and second recesses are configured to contact the opposite sides of the first component disposed in the space ; the first body portion comprises first and second arm portions configured to move relative to one another to adjust a distance between the first and second recesses ; and the first and second arm portions are spring-biased toward one another to drive the first and second recesses toward one another about the space .
Method of operating a sewing machine with the following steps: - sewing at least one seam in a piece of fabric while the piece of fabric is at the same time fed in a fabric feed direction using a fabric feed drive mechanism , - operating a needle feed unit of the sewing machine while the seam is being sewn in such a way that a needle feeds the piece of fabric counter to the fabric feed direction while a respective stitch is being made, so that the fabric feed drive mechanism and the needle feed unit are operated against each other. - sewing at least one seam in a piece of fabric while the piece of fabric is at the same time fed in a fabric feed direction using a fabric feed drive mechanism , - operating a needle feed unit of the sewing machine while the seam is being sewn in such a way that a needle feeds the piece of fabric counter to the fabric feed direction while a respective stitch is being made, so that the fabric feed drive mechanism and the needle feed unit are operated against each other.
Method for verifying sensors (SEN) for a sensor network (NTW), wherein at least one reference sensor is located in the sensor network (NTW), characterized in that the following steps are run through in the method the sensor (SEN) is identified, a check is carried out in order to determine whether the identified sensor (SEN) is registered, the identified sensor is registered only if it has not yet been registered, the identified sensor is located, a measured value recorded using the identified sensor is compared with a measured value which was recorded at the same time and within a defined spatial environment of the identified sensor using the reference sensor, a deviation of the measured value of the identified sensor from the measured value of the reference sensor is determined, the sensor (SEN) is assigned to precisely one of at least two categories depending on the deviation. the sensor (SEN) is identified, a check is carried out in order to determine whether the identified sensor (SEN) is registered, the identified sensor is registered only if it has not yet been registered, the identified sensor is located, a measured value recorded using the identified sensor is compared with a measured value which was recorded at the same time and within a defined spatial environment of the identified sensor using the reference sensor, a deviation of the measured value of the identified sensor from the measured value of the reference sensor is determined, the sensor (SEN) is assigned to precisely one of at least two categories depending on the deviation.
A snow making device, comprising: a main channel which is arranged to receive and to guide water, and which has a first portion , a second portion downstream of the first portion , and a third portion downstream of the second portion , wherein the second portion presents a constriction with a reduced cross-section compared to the first portion and the third portion for creating a reduced water pressure at the constriction ; at least one diversion channel which has an inlet connected to the main channel at the constriction of the second portion and is arranged to divert part of the water from the main channel as a diverted water flow of reduced pressure; and at least one ice nucleator nozzle which is arranged to create ice nuclei from said diverted water flow and compressed air. a main channel which is arranged to receive and to guide water, and which has a first portion , a second portion downstream of the first portion , and a third portion downstream of the second portion , wherein the second portion presents a constriction with a reduced cross-section compared to the first portion and the third portion for creating a reduced water pressure at the constriction ; at least one diversion channel which has an inlet connected to the main channel at the constriction of the second portion and is arranged to divert part of the water from the main channel as a diverted water flow of reduced pressure; and at least one ice nucleator nozzle which is arranged to create ice nuclei from said diverted water flow and compressed air.
A virtual router system comprising one or more routers , each router comprising one or more interface modules , wherein each interface module comprises: at least one packet processing functional module , a forwarding module and one or more forwarding information bases, FIBs , wherein one or more physical interfaces of the interface module or one or more sub-interfaces of the one or more physical interfaces are assigned to different virtual routers accordingly, and one-to-one correspondence exists between each virtual router and related physical interface or sub-interface, the virtual router system further comprises one or more routing processor servers , the one or more routers and the one or more routing processor servers being connected via an Ethernet switch or a network, each routing processor server comprising multiple routing processors , wherein one-to-one correspondence exists between each routing processor and related virtual router, and each routing processor is configured to execute the routing processing function of the corresponding virtual router, said one or more routing processor servers being configured to collect or receive configuration and management information of the virtual routers and configure and manage the virtual routers according to the configuration and management information collected or received. wherein each interface module comprises: at least one packet processing functional module , a forwarding module and one or more forwarding information bases, FIBs , wherein one or more physical interfaces of the interface module or one or more sub-interfaces of the one or more physical interfaces are assigned to different virtual routers accordingly, and one-to-one correspondence exists between each virtual router and related physical interface or sub-interface, the virtual router system further comprises one or more routing processor servers , the one or more routers and the one or more routing processor servers being connected via an Ethernet switch or a network, each routing processor server comprising multiple routing processors , wherein one-to-one correspondence exists between each routing processor and related virtual router, and each routing processor is configured to execute the routing processing function of the corresponding virtual router, said one or more routing processor servers being configured to collect or receive configuration and management information of the virtual routers and configure and manage the virtual routers according to the configuration and management information collected or received.
A method of transmitting, by a user equipment, UE , a message for performing a random access procedure in a wireless communication system, the method comprising: receiving (S1210) a system information block, SIB, from a base station , wherein the SIB includes time division duplex, TDD, uplink-downlink configuration information for a serving cell of the UE and information on uplink subcarrier spacing, SCS, supported in the serving cell; transmitting (S1220) a first message to the base station based on the TDD uplink-downlink configuration information and the uplink SCS of the SIB, the first message being a random access preamble; receiving (S1230) a second message from the base station , the second message being a response to the first message; and transmitting (S1240) a third message to the base station using a carrier different from a carrier used for transmitting the first message, wherein the uplink SCS of the serving cell is determined depending on the TDD uplink-downlink configuration information of the serving cell, and wherein i) a payload size of scheduling information for resource allocation of the third message in the second message, and ii) the number of subcarriers used for transmitting the third message, are determined based on the uplink SCS. receiving (S1210) a system information block, SIB, from a base station , wherein the SIB includes time division duplex, TDD, uplink-downlink configuration information for a serving cell of the UE and information on uplink subcarrier spacing, SCS, supported in the serving cell; transmitting (S1220) a first message to the base station based on the TDD uplink-downlink configuration information and the uplink SCS of the SIB, the first message being a random access preamble; receiving (S1230) a second message from the base station , the second message being a response to the first message; and transmitting (S1240) a third message to the base station using a carrier different from a carrier used for transmitting the first message, wherein the uplink SCS of the serving cell is determined depending on the TDD uplink-downlink configuration information of the serving cell, and wherein i) a payload size of scheduling information for resource allocation of the third message in the second message, and ii) the number of subcarriers used for transmitting the third message, are determined based on the uplink SCS.
An adjustable spacer for adjusting a spacing between a first component and a second component to a predefined distance , comprising at least: a support component configured to be rigidly mounted to the first component ; a spacing component movably mounted to the support component for adjusting positioning of the support component relative to the second component , and a fixing component configured for locking the spacing component on the support component after the positioning of the support component relative to the second component at the predefined distance , characterized in that the spacing component is embodied as a threaded sleeve with an outer thread and comprises tightening slits . a support component configured to be rigidly mounted to the first component ; a spacing component movably mounted to the support component for adjusting positioning of the support component relative to the second component , and a fixing component configured for locking the spacing component on the support component after the positioning of the support component relative to the second component at the predefined distance , characterized in that the spacing component is embodied as a threaded sleeve with an outer thread and comprises tightening slits .
An article of footwear comprising: an upper ; and a ball control region formed on an exterior surface of the upper and including at least one ball control pad (204a-204g) having a ball control panel (206a-206g) attached to and spaced apart from the upper by flexible elements ; characterised in that a concentration of the flexible elements of the at least one ball control pad (204a-204g) varies from a first portion of the ball control pad (204a-204g) to a second portion of the ball control pad (204a-204g). s an upper ; and a ball control region formed on an exterior surface of the upper and including at least one ball control pad (204a-204g) having a ball control panel (206a-206g) attached to and spaced apart from the upper by flexible elements ; characterised in that a concentration of the flexible elements of the at least one ball control pad (204a-204g) varies from a first portion of the ball control pad (204a-204g) to a second portion of the ball control pad (204a-204g). s
Method for producing a solder deposit in a metal sheet , the method having the following steps: a) a metal sheet has an upper side and an underside , wherein in a first step a depression is introduced into the upper side by deep drawing; characterised by the following steps: b) then a collar that protrudes in relation to the upper side is produced on the depression by shaping the material of the metal sheet ; c) then the collar is pressed at least partially in the direction of the depression so that a cross-sectional area of an opening of the depression is reduced, d) the material protruding on the underside due to the deep drawing is completely pressed back so that the underside in the region of the depression is in one plane with neighbouring regions of the underside . a) a metal sheet has an upper side and an underside , wherein in a first step a depression is introduced into the upper side by deep drawing; b) then a collar that protrudes in relation to the upper side is produced on the depression by shaping the material of the metal sheet ; c) then the collar is pressed at least partially in the direction of the depression so that a cross-sectional area of an opening of the depression is reduced, d) the material protruding on the underside due to the deep drawing is completely pressed back so that the underside in the region of the depression is in one plane with neighbouring regions of the underside .
An apparatus comprising: a dielectric material ; a first interconnect structure comprising a first metal disposed in the dielectric material ; a second interconnect structure comprising a second metal disposed in the dielectric material and electrically coupled with the first interconnect structure ; a diffusion barrier disposed at an interface between the first interconnect structure and the second interconnect structure , wherein the first metal and the second metal have a different chemical composition, material of the diffusion barrier and the second metal have a different chemical composition and material of the diffusion barrier is not disposed directly between the second metal and the dielectric material ; and further characterised by comprising an etch stop film disposed on the first interconnect structure and coupled with the diffusion barrier , wherein the diffusion barrier includes alternating layers of different metals. a dielectric material ; a first interconnect structure comprising a first metal disposed in the dielectric material ; a second interconnect structure comprising a second metal disposed in the dielectric material and electrically coupled with the first interconnect structure ; a diffusion barrier disposed at an interface between the first interconnect structure and the second interconnect structure , wherein the first metal and the second metal have a different chemical composition, material of the diffusion barrier and the second metal have a different chemical composition and material of the diffusion barrier is not disposed directly between the second metal and the dielectric material ; and further characterised by comprising an etch stop film disposed on the first interconnect structure and coupled with the diffusion barrier , wherein the diffusion barrier includes alternating layers of different metals.
A medicament delivery device comprising: a housing ; a safety sleeve movable between an extended position and a retracted position relative to the housing ; a guide sleeve rotatably disposed in the housing ; a plunger slidably disposed in the safety sleeve ; and a button coupled to the housing , wherein, when the safety sleeve is in the retracted position, translation of the button relative to the housing causes the guide sleeve to rotate relative to the safety sleeve , and wherein rotation of the guide sleeve relative to the safety sleeve allows the plunger to translate a predetermined axial distance relative to the safety sleeve , wherein the guide sleeve includes at least one guide pin , characterized in that the at least one guide pin is adapted to engage one or more of a plurality of ribs on the safety sleeve when the safety sleeve is in the extended position, wherein the button includes one or more projections adapted to engage the at least one guide pin when the button translates relative to the housing and wherein the engagement of the one or more projections and the at least one guide pin causes the guide sleeve to rotate relative to the safety sleeve . a housing ; a safety sleeve movable between an extended position and a retracted position relative to the housing ; a guide sleeve rotatably disposed in the housing ; a plunger slidably disposed in the safety sleeve ; and a button coupled to the housing , wherein, when the safety sleeve is in the retracted position, translation of the button relative to the housing causes the guide sleeve to rotate relative to the safety sleeve , and wherein rotation of the guide sleeve relative to the safety sleeve allows the plunger to translate a predetermined axial distance relative to the safety sleeve , wherein the guide sleeve includes at least one guide pin , characterized in that the at least one guide pin is adapted to engage one or more of a plurality of ribs on the safety sleeve when the safety sleeve is in the extended position, wherein the button includes one or more projections adapted to engage the at least one guide pin when the button translates relative to the housing and wherein the engagement of the one or more projections and the at least one guide pin causes the guide sleeve to rotate relative to the safety sleeve .
A method for manufacturing a lithiated material on a substrate, said lithiated material comprising multiple thin layers and said method comprising the following steps: a) placing a substrate made of a material intended to be used in a battery in a reaction chamber, c1) at least one atomic layer deposition of a precursor of a first metal, selected from among nickel, manganese, cobalt, chromium, lanthanum, niobium, vanadium, iron, titanium and aluminum, through said reaction chamber, on at least part of a surface of said substrate, c2) at least one purge of said reaction chamber, c3) at least one diffusion of a first oxidizing species through said reaction chamber to obtain a thin layer of an oxide of the first metal, c4) at least one purge of said reaction chamber f1) at least one atomic layer deposition of a lithium precursor through said reaction chamber on top of said thin layer of an oxide of a first metal to form a lithiated thin layer, f2) at least one purge of said reaction chamber, said method being characterized in that it further comprises, after step f2), a crystallization annealing step g) at a temperature of between 600°C and 800°C for a period of between 1 and 4 hours to obtain a lithiated material. a) placing a substrate made of a material intended to be used in a battery in a reaction chamber, c1) at least one atomic layer deposition of a precursor of a first metal, selected from among nickel, manganese, cobalt, chromium, lanthanum, niobium, vanadium, iron, titanium and aluminum, through said reaction chamber, on at least part of a surface of said substrate, c2) at least one purge of said reaction chamber, c3) at least one diffusion of a first oxidizing species through said reaction chamber to obtain a thin layer of an oxide of the first metal, c4) at least one purge of said reaction chamber f1) at least one atomic layer deposition of a lithium precursor through said reaction chamber on top of said thin layer of an oxide of a first metal to form a lithiated thin layer, f2) at least one purge of said reaction chamber, said method being characterized in that it further comprises, after step f2), a crystallization annealing step g) at a temperature of between 600°C and 800°C for a period of between 1 and 4 hours to obtain a lithiated material.