mhurhangee/patent-ind-claim-en huggingface dataset:
Method for balancing an annular part , notably a part of a bearing, notably a bearing cage or a bearing cup, the method comprising the following steps: - placing the annular part on a balancing plate of a balancing bench , the balancing plate being capable of turning around a reference axis of the balancing bench ; - measuring, by the balancing bench and while turning the balancing plate , an apparent imbalance of the annular part placed on the balancing plate, with respect to the reference axis of the balancing bench; - dimensionally measuring a contour of a reference annular surface of the annular part placed on the balancing plate ; - calculating an actual imbalance of the annular part function of the mass of the annular part , the measured contour and the apparent imbalance. - placing the annular part on a balancing plate of a balancing bench , the balancing plate being capable of turning around a reference axis of the balancing bench ; - measuring, by the balancing bench and while turning the balancing plate , an apparent imbalance of the annular part placed on the balancing plate, with respect to the reference axis of the balancing bench; - dimensionally measuring a contour of a reference annular surface of the annular part placed on the balancing plate ; - calculating an actual imbalance of the annular part function of the mass of the annular part , the measured contour and the apparent imbalance.
A fine timing method comprising: calculating first timing metric values based on cross-correlation between a received signal and M training sequences; identifying within a time period identified by a coarse timing process a set of X first timing metric values spaced according to a certain pattern which set of X first timing metric values has the greatest summation; and determining the beginning of a data frame based on the identified set of X first timing metric values; wherein the first timing metric values are calculated based on multiplication of M 1 (d) and M 1 (d+P·L), where M 1 (d) represents a cross-correlation function between the received signal and the M training sequences, L stands for the length of one training sequence, P is a predetermined positive integer and 1≤P≤M-2, X equals to M-P. calculating first timing metric values based on cross-correlation between a received signal and M training sequences; identifying within a time period identified by a coarse timing process a set of X first timing metric values spaced according to a certain pattern which set of X first timing metric values has the greatest summation; and determining the beginning of a data frame based on the identified set of X first timing metric values; wherein the first timing metric values are calculated based on multiplication of M 1 (d) and M 1 (d+P·L), where M 1 (d) represents a cross-correlation function between the received signal and the M training sequences, L stands for the length of one training sequence, P is a predetermined positive integer and 1≤P≤M-2, X equals to M-P.
Kit for covering a rail of a vehicle door, comprising a first covering assembly comprising a first sealing member intended to cooperate with a window of the door along said rail, and a first finishing member intended to improve the aesthetics of the door along said rail, the first assembly comprising first elements for fastening to said rail, characterised in that it comprises a second covering assembly comprising a second sealing member intended to cooperate with a window of the door along said rail, and a second finishing member intended to improve the aesthetics of the door along said rail, the second assembly comprising second elements for fastening to said rail, the first and second assemblies both being capable of being mounted on the rail of the same door, and only one of these assemblies being mounted on this rail as a function of an aesthetic aspect sought among a first aspect called "flush" and a second aspect called "non-flush", the first assembly being mounted on the rail if the first "flush" aspect is sought, this first assembly being configured so that said finishing member has an outer surface aligned with an outer surface of the window of the door, when the first assembly is secured to the rail of the door, and the second assembly being mounted on the rail if the second "non-flush" aspect is sought, this second assembly being different from the first assembly and configured so that said finishing member has an outer surface spaced from an outer surface of the window of the door when the second assembly is fastened to the rail of that door.
A syringe body for a pharmaceutical syringe , comprising a cylindrical cavity which has a first end face with a cone ; a second, open end face for inserting a plunger ; and a finger flange provided around the circumference of the open end face; wherein the finger flange has an anti-slip element on the surface facing the cone , for preventing a finger from slipping off during an injection process; wherein said finger flange defines a plane together with the open end face, and wherein the finger flange is smooth on the surface of the finger flange facing away from the cone ; characterized in that the anti-slip element as a surface exhibits an arithmetic mean roughness value between 5 μm and 50 μm, wherein the syringe body is formed in one piece. a first end face with a cone ; a second, open end face for inserting a plunger ; and a finger flange provided around the circumference of the open end face; wherein the finger flange has an anti-slip element on the surface facing the cone , for preventing a finger from slipping off during an injection process; wherein said finger flange defines a plane together with the open end face, and wherein the finger flange is smooth on the surface of the finger flange facing away from the cone ; characterized in that the anti-slip element as a surface exhibits an arithmetic mean roughness value between 5 μm and 50 μm, wherein the syringe body is formed in one piece.
A management device used in a mounting system including multiple mounting-related devices in which a member related to mounting of a component is attached to one or more attachment sections , and a moving work device configured to move between the multiple mounting-related devices to automatically attach and detach the member to and from the attachment sections , the management device characterized by: a management control section configured to, when acquiring prohibition information including information on the attachment sections to and from which the member is not attachable and detachable by the moving work device from the mounting-related device, create an instruction list based on the prohibition information, wherein an attachment and detachment instruction of the member for the attachment sections other than the attachment sections to and from which the member is not attachable and detachable is registered in the instruction list , and cause the moving work device to execute attachment and detachment processing of the member based on the instruction list . multiple mounting-related devices in which a member related to mounting of a component is attached to one or more attachment sections , and a moving work device configured to move between the multiple mounting-related devices to automatically attach and detach the member to and from the attachment sections , create an instruction list based on the prohibition information, wherein an attachment and detachment instruction of the member for the attachment sections other than the attachment sections to and from which the member is not attachable and detachable is registered in the instruction list , and cause the moving work device to execute attachment and detachment processing of the member based on the instruction list .
A service processing method, comprising: receiving , by a broadcast multimedia service center, a service request message sent by a service capability exposure function, wherein the service request message carries identification information of a terminal device and service requirement information of the terminal device; and determining , by the broadcast multimedia service center, based on, the identification information of the terminal device and the service requirement information of the terminal device, a service data transmission mode to be one of unicast transmission and multicast transmission. receiving , by a broadcast multimedia service center, a service request message sent by a service capability exposure function, wherein the service request message carries identification information of a terminal device and service requirement information of the terminal device; and determining , by the broadcast multimedia service center, based on, the identification information of the terminal device and the service requirement information of the terminal device, a service data transmission mode to be one of unicast transmission and multicast transmission.
A loader assembly for loading a transcatheter heart valve into a delivery sheath for delivering the heart valve into a body of a patient, the loader assembly comprising: a storage container configured to store the heart valve ; a crimping apparatus having a first end connectable to the storage container and a second end , the crimping apparatus being configured to crimp the heart valve from a first expanded configuration to a second crimped position; and a loader tube connectable to the second end of the crimping apparatus and configured to advance the heart valve into the delivery sheath when the heart valve is in the second crimped position. a storage container configured to store the heart valve ; a crimping apparatus having a first end connectable to the storage container and a second end , the crimping apparatus being configured to crimp the heart valve from a first expanded configuration to a second crimped position; and a loader tube connectable to the second end of the crimping apparatus and configured to advance the heart valve into the delivery sheath when the heart valve is in the second crimped position.
An oil separator comprising: a rotor rotatable together with a spindle , the rotor being configured to separate mist oil from target gas through a rotation, wherein the rotor includes an upper holder , a lower holder , and separation disk (34; 71,72), the separation disk is configured of a truncated-cone shaped plate member, the separation disk having formed a rib on an outer peripheral side part corresponding to an inclined surface of the truncated cone, the rib extending from a rotational center in a radiation direction, and the separation disk being layered in an axis line direction of the spindle, and the rib includes a first convex portion (66; 76) having on the outer peripheral side part a convex on a front surface side and a concave on a back surface side and a second convex portion (67; 77) having on the outer peripheral side part a convex on a back surface side and a concave on a front surface side; wherein said first convex portion and said second convex portion are continuously formed in alternation along the radial direction. a rotor rotatable together with a spindle , the rotor being configured to separate mist oil from target gas through a rotation, wherein the rotor includes an upper holder , a lower holder , and separation disk (34; 71,72), the separation disk is configured of a truncated-cone shaped plate member, the separation disk having formed a rib on an outer peripheral side part corresponding to an inclined surface of the truncated cone, the rib extending from a rotational center in a radiation direction, and the separation disk being layered in an axis line direction of the spindle, and the rib includes a first convex portion (66; 76) having on the outer peripheral side part a convex on a front surface side and a concave on a back surface side and a second convex portion (67; 77) having on the outer peripheral side part a convex on a back surface side and a concave on a front surface side; a first convex portion (66; 76) having on the outer peripheral side part a convex on a front surface side and a concave on a back surface side and a second convex portion (67; 77) having on the outer peripheral side part a convex on a back surface side and a concave on a front surface side; wherein said first convex portion and said second convex portion are continuously formed in alternation along the radial direction.
Trailer comprising a drawbar and a chassis , wherein the chassis extends in a longitudinal direction (L), wherein the drawbar is a rigid drawbar, wherein the drawbar has a front side and a rear side, wherein the drawbar extends from its rear side to its front side in a first direction (K), wherein the drawbar and the chassis are adapted to immovably and releasably attach the drawbar to the chassis in two or more different attachment positions, wherein in said different attachment positions, the angle (α) between the first direction (K) and the longitudinal direction (L), viewed in horizontal side view, is different, wherein the drawbar and the chassis are adapted to attach the drawbar immovably and releasably to the chassis in the two or more attachment positions in that the drawbar and the chassis are adapted to be attached to one another on a first attachment point and on a second attachment point, wherein the first attachment point is closer to the front side of the drawbar than the second attachment point, wherein the drawbar and the chassis at the location of the second attachment point are provided with coupling members for the releasable attachment of the drawbar to the chassis at the location of the second attachment point in two or more vertical positions, wherein the drawbar and the chassis at the location of the first attachment point are adapted to be attached to one another in a fixed vertical position, characterized in that the drawbar or the chassis at the location of the first attachment point is provided with a surface which is convex, viewed in a vertical section in the longitudinal direction (L), wherein the chassis or the drawbar at the location of the first attachment point is provided with a surface that is concave, viewed in a vertical section in the longitudinal direction (L), wherein the chassis is provided with the concave surface and the drawbar is provided with the convex surface or vice versa, wherein the convex surface and the concave surface are facing one another and are complementary in shape.
A method of operating a content node that caches content in a content delivery network, the method comprising: receiving a secure content request from an end user device for content cached by the content node , wherein the secure content request includes security information for the end user device, used to verify the end user device; determining availability of verification information for the end user device stored on the content node to service the secure content request, wherein the verification information for the end user device comprises expected information for the end user device, comprising at least one of usernames, passwords or cookies; if the verification information is available, verifying the end user device at least by comparing the verification information for the end user device and the security information for the end user device and, in response to verifying the end user device , transferring the content to the end user device ; and if the verification information is unavailable, querying an origin server to verify the end user device , receiving new verification information from the origin server to verify the end user device , and caching the new verification information for the end user device . receiving a secure content request from an end user device for content cached by the content node , wherein the secure content request includes security information for the end user device, used to verify the end user device; determining availability of verification information for the end user device stored on the content node to service the secure content request, wherein the verification information for the end user device comprises expected information for the end user device, comprising at least one of usernames, passwords or cookies; if the verification information is available, verifying the end user device at least by comparing the verification information for the end user device and the security information for the end user device and, in response to verifying the end user device , transferring the content to the end user device ; and if the verification information is unavailable, querying an origin server to verify the end user device , receiving new verification information from the origin server to verify the end user device , and caching the new verification information for the end user device .
Current and/or voltage sensing device for integrative use in electric systems, with at least one magnetic field sensor and/or at least one electric field sensor, wherein the electric field sensor and/or the magnetic field sensor is connected to an impedance matching element, which allows connection to an independent analogue measuring device and is powered from an energy harvester, providing stable power supply to the impedance matching element, which is an integral part of an impedance matching electronic board, and wherein the energy harvester is part of a cable connection , that connects the sensing device with the measuring device.
A refrigerated display case including a storage space and an air flow guide system for supplying refrigerated air to the storage space, the air flow guide system comprising: an inlet air passage extending in a horizontal direction from the front of the refrigerated display case toward a back of the refrigerated display case ; a corner where the air flow exits the inlet air passage and turns toward a vertical direction passing around an inside surface of the corner ; a low pressure space after the corner ; a pressure boundary wall separating the low pressure space from a high pressure space ; at least one outlet for directing the air flow from the high pressure space to cool the storage space ; and a fan for generating a pressure difference between the low pressure space and the high pressure space to thereby draw air through the inlet air passage and around the corner before driving it out of the at least one outlet; wherein the corner includes a curved or chamfered portion on the inside surface extending between an upper boundary of the inlet air passage and an internal surface of the low pressure space , with the curved or chamfered portion of the inside surface extending at least 10 mm in both the vertical and horizontal directions, characterised by at least one foot part placed within the inlet air passage , wherein the foot part supports at least a portion of the weight of one or more components of the refrigerated display case that are placed above the inlet air passage. an inlet air passage extending in a horizontal direction from the front of the refrigerated display case toward a back of the refrigerated display case ; a corner where the air flow exits the inlet air passage and turns toward a vertical direction passing around an inside surface of the corner ; a low pressure space after the corner ; a pressure boundary wall separating the low pressure space from a high pressure space ; at least one outlet for directing the air flow from the high pressure space to cool the storage space ; and a fan for generating a pressure difference between the low pressure space and the high pressure space to thereby draw air through the inlet air passage and around the corner before driving it out of the at least one outlet; wherein the corner includes a curved or chamfered portion on the inside surface extending between an upper boundary of the inlet air passage and an internal surface of the low pressure space , with the curved or chamfered portion of the inside surface extending at least 10 mm in both the vertical and horizontal directions, characterised by at least one foot part placed within the inlet air passage , wherein the foot part supports at least a portion of the weight of one or more components of the refrigerated display case that are placed above the inlet air passage.
A steerable catheter comprising a proximal catheter shaft section comprising a proximal end , a distal end , and a central lumen; a distal deflectable section adjacent to the distal end of the proximal catheter shaft section , the distal deflectable section comprising a proximal end and a distal end ; a body compression coil surrounded by the proximal catheter shaft section and extending longitudinally through the central lumen from the proximal end of the proximal catheter shaft section to a first region at the proximal end of the distal deflectable section ; a first pull wire extending longitudinally through the body compression coil from the proximal end of the proximal catheter shaft section to a second region at the proximal end of the distal deflectable section , the second region being distal to the first region; a second pull wire extending longitudinally, parallel to the first pull wire , through the body compression coil from the proximal end of the proximal catheter shaft section to the second region at the proximal end of the distal deflectable section ; and a first pull wire compression coil surrounding the first pull wire within the body compression coil , the first pull wire compression coil extending longitudinally from the proximal end of the proximal catheter shaft section to the second region at the proximal end of the distal deflectable section .