mhurhangee/patent-ind-claim-en huggingface dataset:
A cap seal mounted to an unsealing part of a container and to a neck thereof extending from the unsealing part, comprising: a cylindrical member covering a side face of the container ; and a top face including an IC tag and connected to a first end that is one of two axial ends of the cylindrical member to close the cylindrical member at the first end, wherein the cylindrical member includes a metal portion disposed on the side face of the container, and at least one insulating portion (13, S) extending from the first end, the cylindrical member forming a closed annular shape in a circumferential direction of the cylindrical member, characterised in that the metal portion and the insulating portion (13, S) are joined to each other so that conduction in the circumferential direction of the cylindrical member is interrupted by the insulating portion (13, S). a cylindrical member covering a side face of the container ; and a top face including an IC tag and connected to a first end that is one of two axial ends of the cylindrical member to close the cylindrical member at the first end, wherein the cylindrical member includes a metal portion disposed on the side face of the container, and at least one insulating portion (13, S) extending from the first end, the cylindrical member forming a closed annular shape in a circumferential direction of the cylindrical member, characterised in that the metal portion and the insulating portion (13, S) are joined to each other so that conduction in the circumferential direction of the cylindrical member is interrupted by the insulating portion (13, S).
Dispersion comprising (A) at least one compound of the formula (I) in which R 1 is C 1 -C 4 alkyl, CH 2 CH 2 OH or CH 2 CH(CH 3 )OH, (B) at least one silicate binder, and (E) water. (A) at least one compound of the formula (I) in which R 1 is C 1 -C 4 alkyl, CH 2 CH 2 OH or CH 2 CH(CH 3 )OH, (B) at least one silicate binder, and (E) water.
Method of capturing an image of a scene using a user device, the scene being subjected to an illumination by an LED light source, the method comprising: - receiving, by the user device, an illumination signal of the LED light source; - establishing, by the user device, that the LED light source is operating in a VLC mode. - providing , by the user device, a notification signal to the LED light source, the notification signal being indicative of a capturing or imminent capturing of an image; - adjusting , by the LED light source, an operating characteristic of the LED light source, based on the notification signal; - capturing the image of the scene, while the LED light source is operating at the adjusted operating characteristic. - receiving, by the user device, an illumination signal of the LED light source; - establishing, by the user device, that the LED light source is operating in a VLC mode. - providing , by the user device, a notification signal to the LED light source, the notification signal being indicative of a capturing or imminent capturing of an image; - adjusting , by the LED light source, an operating characteristic of the LED light source, based on the notification signal; - capturing the image of the scene, while the LED light source is operating at the adjusted operating characteristic.
A long folding machine for machining a workpiece made of sheet metal, comprising: a workpiece table defining a supporting area on which the workpiece can be placed at least in sections during machining; and at least one machining unit for machining the workpiece while the workpiece is placed on the supporting area ; characterized in that the workpiece table comprises at least one table assembly having a base plate and a swivel plate , the base plate and the swivel plate each defining a portion of the supporting area , and the swivel plate being pivotably mounted relative to the base plate in such a way that a swivel movement of the swivel plate can be generated for turning the workpiece over. a workpiece table defining a supporting area on which the workpiece can be placed at least in sections during machining; and at least one machining unit for machining the workpiece while the workpiece is placed on the supporting area ; characterized in that the workpiece table comprises at least one table assembly having a base plate and a swivel plate , the base plate and the swivel plate each defining a portion of the supporting area , and the swivel plate being pivotably mounted relative to the base plate in such a way that a swivel movement of the swivel plate can be generated for turning the workpiece over.
A method performed by an Unified Data Management, UDM, entity in a wireless communication system, the method comprising: receiving, by the UDM entity and from a first Access and Mobility Management Function, AMF, entity, a first message related to serving AMF registration of a user equipment, UE , wherein the first message includes access type information of the first AMF and AMF identity, ID, information of the first AMF, and wherein the access type information indicates one of 3rd Generation Partnership Project, 3GPP, access or non-3GPP access; and transmitting, by the UDM entity and to a second AMF, a second message for deregistration of the second AMF registered as a serving AMF of the UE , wherein the second message is transmitted if an access type of the first AMF is the same as an access type of the second AMF receiving, by the UDM entity and from a first Access and Mobility Management Function, AMF, entity, a first message related to serving AMF registration of a user equipment, UE , wherein the first message includes access type information of the first AMF and AMF identity, ID, information of the first AMF, and wherein the access type information indicates one of 3rd Generation Partnership Project, 3GPP, access or non-3GPP access; and transmitting, by the UDM entity and to a second AMF, a second message for deregistration of the second AMF registered as a serving AMF of the UE , wherein the second message is transmitted if an access type of the first AMF is the same as an access type of the second AMF
Method for detecting the possible presence of an object by a reader, both capable of mutually communicating by at least one contactless communication protocol, comprising a detection phase including a transmission by an antenna of the reader of a magnetic field on a carrier signal having a subcarrier modulated by a first sequence of data (SQ1), said modulation being at least not interpretable by said object, a reception at the antenna of the reader of a signal resulting from this transmission, a demodulation in the reader of the subcarrier of said resulting signal in such a way as to extract therefrom a second sequence of data (SQ2), a correlation between the two sequences of data and a detection of the possible presence or the absence of said object based on the result of the correlation.
A method for controlling a function of a terminal device, carried out by the terminal device and comprising: acquiring function configuration information , wherein the function configuration information is used to instruct the terminal device to activate a target function; and determining, based on a preset condition, whether to execute the target function that is indicated to be activated in the function configuration information, wherein the target function is a radio resource management, RRM, relax function, characterised in that the preset condition comprises whether carrier aggregation is supported by the terminal device. acquiring function configuration information , wherein the function configuration information is used to instruct the terminal device to activate a target function; and determining, based on a preset condition, whether to execute the target function that is indicated to be activated in the function configuration information, wherein the target function is a radio resource management, RRM, relax function, characterised in that the preset condition comprises whether carrier aggregation is supported by the terminal device.
An instant correction method for an encoder, comprising: sensing motion of a device under test to obtain a first wave signal and a second wave signal, wherein a phase difference between the first wave signal and the second wave signal is 90 degrees (S502); sampling the first wave signal and the second wave signal to generate N first digital signal values and N second digital signal values (S504); generating N positioning positions according to the N first digital signal values and the N second digital signal values (S506); adding the N positioning positions to a calculation group (S508); performing a regression analysis of the positioning positions in the calculation group to obtain a regression curve (S510); predicting (N+1)-th prediction position using the regression curve (S512); and determining an ideal position of the device under test at a time point of the (N+1)-th prediction position according to an ideal position curve and applying an error value between the (N+1)-th prediction position and the ideal position to generate a driving signal, so as to correct the device under test (S514). sensing motion of a device under test to obtain a first wave signal and a second wave signal, wherein a phase difference between the first wave signal and the second wave signal is 90 degrees (S502); sampling the first wave signal and the second wave signal to generate N first digital signal values and N second digital signal values (S504); generating N positioning positions according to the N first digital signal values and the N second digital signal values (S506); adding the N positioning positions to a calculation group (S508); performing a regression analysis of the positioning positions in the calculation group to obtain a regression curve (S510); predicting (N+1)-th prediction position using the regression curve (S512); and determining an ideal position of the device under test at a time point of the (N+1)-th prediction position according to an ideal position curve and applying an error value between the (N+1)-th prediction position and the ideal position to generate a driving signal, so as to correct the device under test (S514).
A locking mechanism wherein said locking mechanism is a latching mechanism, comprising: a locking member ; a first catch comprising: a catching portion and a retaining portion wherein said catching portion is configured to receive and engage with the locking member in use; and wherein said retaining portion is configured to, in use, retain said catch in position relative to a first component that is to be locked; and wherein said catch comprises means configured to allow said catching portion to pivot relative to said retaining portion ; and a second catch , and wherein said locking member comprises an S-shaped locking member having a hook at a first end configured to engage with said first catch and having a second hook at a second end configured to engage with said second catch . a first catch comprising: a catching portion and a retaining portion wherein said catching portion is configured to receive and engage with the locking member in use; and wherein said retaining portion is configured to, in use, retain said catch in position relative to a first component that is to be locked; and wherein said catch comprises means configured to allow said catching portion to pivot relative to said retaining portion ; and a catching portion and a retaining portion wherein said catching portion is configured to receive and engage with the locking member in use; and wherein said retaining portion is configured to, in use, retain said catch in position relative to a first component that is to be locked; and wherein said catch comprises means configured to allow said catching portion to pivot relative to said retaining portion ; and a second catch , and wherein said locking member comprises an S-shaped locking member having a hook at a first end configured to engage with said first catch and having a second hook at a second end configured to engage with said second catch .
An apparatus for ultrafiltration of a patient in need thereof, comprising a patient tube comprising a connector for connection to a patient line for access to a fluid installed in a peritoneal cavity of the patient; a flow pump comprising a pressure chamber having rigid walls and a pump bag arranged inside said pressure chamber and an air pump for generating a negative pressure inside said pressure chamber for removal of said fluid in an outflow from said peritoneal cavity into said pump bag , and for generating a positive pressure for introduction of said fluid in an inflow from said pump bag to the peritoneal cavity; a glucose bag , comprising concentrated glucose solution and a glucose tube connected to said patient tube ; a glucose pump arranged in said glucose tube for addition of concentrated glucose from said glucose bag; characterized in that said glucose pump is arranged for addition of said concentrated glucose into said outflow of fluid by said flow pump; whereby the glucose is diluted and replenished intermittently. a patient tube comprising a connector for connection to a patient line for access to a fluid installed in a peritoneal cavity of the patient; a flow pump comprising a pressure chamber having rigid walls and a pump bag arranged inside said pressure chamber and an air pump for generating a negative pressure inside said pressure chamber for removal of said fluid in an outflow from said peritoneal cavity into said pump bag , and for generating a positive pressure for introduction of said fluid in an inflow from said pump bag to the peritoneal cavity; a glucose bag , comprising concentrated glucose solution and a glucose tube connected to said patient tube ; a glucose pump arranged in said glucose tube for addition of concentrated glucose from said glucose bag; characterized in that said glucose pump is arranged for addition of said concentrated glucose into said outflow of fluid by said flow pump; whereby the glucose is diluted and replenished intermittently.
A drainage system comprising a combination of a kerb drainage system and a carriageway that has a carriageway surface , the kerb drainage system comprising: an elongate shell structure having a length, and an infill material , characterised in that the elongate shell structure includes: an outer shell having a top wall , a side wall and at least one infill opening , an internal conduit shell located within the outer shell, said internal conduit shell providing an internal drainage conduit that extends longitudinally along the length of the elongate shell structure, and at least one drainage pipe having an inner end that is connected to an opening in the internal conduit shell and an outer end that opens through a drainage opening in an outer surface of the kerb drainage system to provide a fluid flow passageway that enables fluid to flow from the drainage opening into the drainage conduit, wherein the elongate shell structure has an internal volume defined between an inner surface of the outer shell , an outer surface of the internal conduit shell , and an outer surface of the drainage pipe , and the infill material substantially fills the internal volume of the elongate shell structure, and wherein the kerb drainage system is embedded adjacent an edge of the carriageway, with the drainage opening substantially level with the carriageway surface . an elongate shell structure having a length, and an infill material , an outer shell having a top wall , a side wall and at least one infill opening , an internal conduit shell located within the outer shell, said internal conduit shell providing an internal drainage conduit that extends longitudinally along the length of the elongate shell structure, and at least one drainage pipe having an inner end that is connected to an opening in the internal conduit shell and an outer end that opens through a drainage opening in an outer surface of the kerb drainage system to provide a fluid flow passageway that enables fluid to flow from the drainage opening into the drainage conduit, wherein the elongate shell structure has an internal volume defined between an inner surface of the outer shell , an outer surface of the internal conduit shell , and an outer surface of the drainage pipe , and the infill material substantially fills the internal volume of the elongate shell structure, and wherein the kerb drainage system is embedded adjacent an edge of the carriageway, with the drainage opening substantially level with the carriageway surface .
A urinary catheter assembly , comprising: a catheter member extending between a proximal end and a distal end ; a sleeve member receiving at least a portion of the catheter member , the sleeve member being configured to be at least partially advanced into a urethra and having a greater flexibility than the catheter member ; and a stylet including a proximal end movably positioned within the catheter member and a distal portion positioned outside of the catheter member , wherein the urinary catheter assembly is movable between a compact configuration in which the proximal end of the stylet is positioned adjacent to the proximal end of the catheter member and an extended configuration in which the proximal end of the stylet is positioned adjacent to the distal end of the catheter member and the urinary catheter assembly has a greater length than in the compact configuration, and in which the proximal end of the stylet is at least temporarily locked in place within the catheter member . a catheter member extending between a proximal end and a distal end ; a sleeve member receiving at least a portion of the catheter member , the sleeve member being configured to be at least partially advanced into a urethra and having a greater flexibility than the catheter member ; and a stylet including a proximal end movably positioned within the catheter member and a distal portion positioned outside of the catheter member , wherein the urinary catheter assembly is movable between a compact configuration in which the proximal end of the stylet is positioned adjacent to the proximal end of the catheter member and an extended configuration in which the proximal end of the stylet is positioned adjacent to the distal end of the catheter member and the urinary catheter assembly has a greater length than in the compact configuration, and in which the proximal end of the stylet is at least temporarily locked in place within the catheter member .
Gear transmission for switching between gears without interrupting a torque, the gear transmission comprising a drive arrangement with a drive shaft and a drive gear arranged on the drive shaft , the gear transmission further comprising a driven arrangement with a driven shaft and a driven gear arranged on the driven shaft , whereby the drive gear can be moved towards and away from the driven gear in a direction perpendicular to the central axis of the driven gear , whereby the drive gear and the driven gear are constantly pressed together during operation and during switching such that the force between the drive gear and driven gear is transmitted through the Hertzian stress principal, whereby the driven gear comprising a first section with a first wheel diameter and a second section with a second wheel diameter , wherein the first wheel diameter is greater than the second wheel diameter , wherein the drive gear comprises radially protruding drive teeth engaging with channels formed between neighboring driven teeth of the driven gear , whereby the channels non-linearly extend along an outer surface of the driven gear from the first section to the second section .
A method comprising: preparing a data packet for transmission on a bearer, wherein a first network node and a second network node are configured for transmission; checking whether at least one predetermined criterion is met; selecting , based at least partly on the said checking, whether to transmit the data packet via the first network node , via the second network node , or via both the first and the second network nodes ; and transmitting the data packet according to the selecting, wherein the at least one predetermined criterion is related to whether or not a timer is running such that the data packet is transmitted via both the first and the second network nodes when the timer is running, wherein the timer is started when a slow-start phase of Transmission Control Protocol traffic is triggered or when a buffer status report is triggered. preparing a data packet for transmission on a bearer, wherein a first network node and a second network node are configured for transmission; checking whether at least one predetermined criterion is met; selecting , based at least partly on the said checking, whether to transmit the data packet via the first network node , via the second network node , or via both the first and the second network nodes ; and transmitting the data packet according to the selecting, wherein the at least one predetermined criterion is related to whether or not a timer is running such that the data packet is transmitted via both the first and the second network nodes when the timer is running, wherein the timer is started when a slow-start phase of Transmission Control Protocol traffic is triggered or when a buffer status report is triggered.
An assembly comprising an object suitable for housing one or more light sources , the assembly further comprising electrical wiring , and one or more light sockets connected to the electrical wiring , wherein the assembly forms a light fixture and wherein the object or a part thereof comprises open cell acoustic foam, characterized in that the object is directly flocked.
Pluggable electrical potential-distribution fuse-adapter for electrically contacting a connection device of a fuse , having an adapter housing which is constructed in such a manner that it can be directly engaged in a distributor housing , and having at least one electrical potential distributor contact device which is received inside the adapter housing , wherein the pluggable fuse-adapter is constructed in such a manner that, within the adapter housing an electrical contacting of the at least one contact device can be configured or is configured by the connection device of the fuse and by a plurality of electrical lines , wherein a the at least one contact device has a plug contact portion and a potential distributor portion , and the potential distributor portion of the contact device is configured to be electrically contacted by the plurality of lines , and wherein the contact device is constructed in a materially integral or an integral manner, characterized in that the plug contact portion of the contact device is configured to be electrically contacted directly by the connection device of the fuse . having an adapter housing which is constructed in such a manner that it can be directly engaged in a distributor housing , and having at least one electrical potential distributor contact device which is received inside the adapter housing , wherein the pluggable fuse-adapter is constructed in such a manner that, within the adapter housing an electrical contacting of the at least one contact device can be configured or is configured by the connection device of the fuse and by a plurality of electrical lines , wherein a the at least one contact device has a plug contact portion and a potential distributor portion , and the potential distributor portion of the contact device is configured to be electrically contacted by the plurality of lines , and wherein the contact device is constructed in a materially integral or an integral manner, characterized in that the plug contact portion of the contact device is configured to be electrically contacted directly by the connection device of the fuse .