mhurhangee/patent-ind-claim-en huggingface dataset:
An injection molding machine comprising: a working unit which includes an injection unit which fills a mold unit with a molding material, and performs work to produce a molding product from the molding material; and a control unit which controls the working unit , wherein the control unit is configured to make an operable content of the working unit or the control unit different between a case of operation input from a first terminal when the first terminal is communicably connected to the control unit through a local network , and a case of operation input from a second terminal when the second terminal is communicably connected to the control unit through a predetermined network , wherein the operable content includes at least one operation related to an operation of the working unit , and wherein the control unit includes a management unit which is configured to manage identification information for identifying whether or not a certain terminal is connected through the predetermined network , collates predetermined information which is input from a certain terminal with the identification information which is managed by the management unit , and determines an operable content via operation input from the terminal according to a collation result. a working unit which includes an injection unit which fills a mold unit with a molding material, and performs work to produce a molding product from the molding material; and a control unit which controls the working unit , wherein the control unit is configured to make an operable content of the working unit or the control unit different between a case of operation input from a first terminal when the first terminal is communicably connected to the control unit through a local network , and a case of operation input from a second terminal when the second terminal is communicably connected to the control unit through a predetermined network , wherein the operable content includes at least one operation related to an operation of the working unit , and wherein the control unit includes a management unit which is configured to manage identification information for identifying whether or not a certain terminal is connected through the predetermined network , collates predetermined information which is input from a certain terminal with the identification information which is managed by the management unit , and determines an operable content via operation input from the terminal according to a collation result.
A load relocation method, applied to a scenario in which some or all user equipments, UEs, served by an original access management entity are moved to a target access management entity, wherein the method comprises: determining , by the original access management entity, the target access management entity; and sending , by the original access management entity to an access network entity, an identifier of the original access management entity and an address of the target access management entity with respect to the access network entity, or an identifier of the original access management entity and an identifier of the target access management entity, so that the access network entity sends, to the target access management entity, a message from the UE based on the identifier of the original access management entity that is carried in the message from the UE or based on the identifier of the original access management entity currently serving the UE that is stored in the access network entity. determining , by the original access management entity, the target access management entity; and sending , by the original access management entity to an access network entity, an identifier of the original access management entity and an address of the target access management entity with respect to the access network entity, or an identifier of the original access management entity and an identifier of the target access management entity, so that the access network entity sends, to the target access management entity, a message from the UE based on the identifier of the original access management entity that is carried in the message from the UE or based on the identifier of the original access management entity currently serving the UE that is stored in the access network entity.
Transfer roller table for an edging roll stand , comprising a transfer table , at least one centre roller and a drive motor , by way of which the at least one centre roller is rotationally drivable, wherein the at least one centre roller and the drive motor are constructed in the form of a modular roller unit , characterised in that the at least one centre roller is constructed as a hollow roller and the drive motor is arranged at least partly in the interior of the centre roller constructed as a hollow roller.
Device, comprising: a fluid cassette frame defining a periphery and an opening bounded on at least three sides by the periphery, the frame being configured for being closely received between two cold plates , the frame having at least a fluid inlet and a fluid outlet both establishing respective fluid passageways through the frame into the opening, the fluid inlet and outlet being configured for fluid communication with respective fluid return and supply lines (L3, L4) associated with a patient-engageable heat exchange member ; and a polymeric membrane assembly connected to the frame and blocking the opening, the membrane assembly including a first membrane parallel to a second membrane with a space therebetween, the fluid inlet and fluid outlet communicating with the space between the membranes, at least one of the membranes being disposed in tension in the opening; and an inlet tube and an outlet tube respectively connected to the fluid inlet and the fluid outlet , one of the inlet and outlet tubes terminating just below a top rail of the frame, the other one of the inlet and outlet tubes extending to near a bottom of the frame, the longer tube extending to near said bottom of said frame and comprising a thinner tube within a larger tube. a fluid cassette frame defining a periphery and an opening bounded on at least three sides by the periphery, the frame being configured for being closely received between two cold plates , the frame having at least a fluid inlet and a fluid outlet both establishing respective fluid passageways through the frame into the opening, the fluid inlet and outlet being configured for fluid communication with respective fluid return and supply lines (L3, L4) associated with a patient-engageable heat exchange member ; and a polymeric membrane assembly connected to the frame and blocking the opening, the membrane assembly including a first membrane parallel to a second membrane with a space therebetween, the fluid inlet and fluid outlet communicating with the space between the membranes, at least one of the membranes being disposed in tension in the opening; and an inlet tube and an outlet tube respectively connected to the fluid inlet and the fluid outlet , one of the inlet and outlet tubes terminating just below a top rail of the frame, the other one of the inlet and outlet tubes extending to near a bottom of the frame, the longer tube extending to near said bottom of said frame and comprising a thinner tube within a larger tube.
A plug, comprising: a body having a first lateral surface and a second lateral surface which are opposite to each other; a plurality of pins arranged on the first lateral surface ; and a pull portion arranged on the second lateral surface of the body , wherein the pull portion is unitarily connected to the body through a connecting portion , and, under the action of an external force, the pull portion can be turned over in a direction away from the first and second lateral surfaces , thereby tilting the pull portion relative to the second lateral surface ; wherein, with no external force, the pull portion is parallel to the second lateral surface of the body and a space is formed between the pull portion and the second lateral surface of the body , characterized in that , at least part of a side wall of the connecting portion protrudes outside a side wall of the body , forming at least one protruding step at the side wall of the connecting portion for a finger to hold the plug. a body having a first lateral surface and a second lateral surface which are opposite to each other; a plurality of pins arranged on the first lateral surface ; and a pull portion arranged on the second lateral surface of the body , wherein the pull portion is unitarily connected to the body through a connecting portion , and, under the action of an external force, the pull portion can be turned over in a direction away from the first and second lateral surfaces , thereby tilting the pull portion relative to the second lateral surface ; wherein, with no external force, the pull portion is parallel to the second lateral surface of the body and a space is formed between the pull portion and the second lateral surface of the body , characterized in that , at least part of a side wall of the connecting portion protrudes outside a side wall of the body , forming at least one protruding step at the side wall of the connecting portion for a finger to hold the plug.
A method of wireless communication of a user equipment with a base station, comprising: communicating on a first channel with the base station; tuning to a second channel in accordance with a pre-agreed hop pattern indicating times and channels concurrently with the base station tuning to at least one of the second or a third channel; measuring interference on the second channel; re-tuning to the first channel; determining a channel quality based on the interference; and reporting the channel quality to the base station to enable channel selection. communicating on a first channel with the base station; tuning to a second channel in accordance with a pre-agreed hop pattern indicating times and channels concurrently with the base station tuning to at least one of the second or a third channel; measuring interference on the second channel; re-tuning to the first channel; determining a channel quality based on the interference; and reporting the channel quality to the base station to enable channel selection.
A platform lift for mounting on a vehicle chassis, the lift including a base adapted to be secured to a vehicle , an articulated boom pivotably connected to the base , the boom including at least a first boom member and a second boom member , - wherein the second boom member is pivotably connected to the first boom member through a knuckle structure at which adjacent ends of the first and second boom members are seated hingedly for pivoting about respective pivot axes , - wherein the pivot axes , which establish the mutual pivoting of the first and second boom members , extend through the knuckle structure , - wherein the knuckle structure provides a lateral offset of the mutual position of the first and second boom members as seen from above so that the first and second boom members can be arranged side by side in a folded condition, and - wherein the knuckle structure is adapted such that the pivot axes for mutual pivoting of the first and second boom members are spaced apart so far that respective ends of the first and second boom members seated in the knuckle structure appear separated as seen in direction of the pivot axes in any position of the articulated boom, characterised in that, where the knuckle structure is adapted to be angularly positioned in relation to the first boom member by a hydraulic cylinder disposed inside the first boom member , and when the first boom member is raised to a vertical position, one of : the knuckle structure extends approximately horizontally and the outer boom suspended vertically down, and the knuckle provide an additional extension of the maximum horizontal reach of the platform . - wherein the second boom member is pivotably connected to the first boom member through a knuckle structure at which adjacent ends of the first and second boom members are seated hingedly for pivoting about respective pivot axes , - wherein the pivot axes , which establish the mutual pivoting of the first and second boom members , extend through the knuckle structure , - wherein the knuckle structure provides a lateral offset of the mutual position of the first and second boom members as seen from above so that the first and second boom members can be arranged side by side in a folded condition, and - wherein the knuckle structure is adapted such that the pivot axes for mutual pivoting of the first and second boom members are spaced apart so far that respective ends of the first and second boom members seated in the knuckle structure appear separated as seen in direction of the pivot axes in any position of the articulated boom, characterised in that, where the knuckle structure is adapted to be angularly positioned in relation to the first boom member by a hydraulic cylinder disposed inside the first boom member , and when the first boom member is raised to a vertical position, one of : the knuckle structure extends approximately horizontally and the outer boom suspended vertically down, and the knuckle provide an additional extension of the maximum horizontal reach of the platform .
An electrically driven toothbrush comprising: a handle part as a handle; and a replacement brush detachably attached to the handle part , wherein the handle part includes: a metallic cylindrical exterior case that has a first end portion and a second end portion ; an interior member that has a small end portion inserted into the first end portion and a large end portion locked at the second end portion , and is installed in the exterior case by inserting the small end portion into the exterior case from the second end portion side; a restriction member that is fitted and fixed onto the small end portion protruding outward from the first end portion via a coupling structure and is engaged with the first end portion of the exterior case to restrict falling of the exterior case from the interior member in conjunction with the large end portion ; and a vibration generation means that is assembled into the interior member to vibrate the replacement brush . a handle part as a handle; and a replacement brush detachably attached to the handle part , wherein the handle part includes: a metallic cylindrical exterior case that has a first end portion and a second end portion ; an interior member that has a small end portion inserted into the first end portion and a large end portion locked at the second end portion , and is installed in the exterior case by inserting the small end portion into the exterior case from the second end portion side; a restriction member that is fitted and fixed onto the small end portion protruding outward from the first end portion via a coupling structure and is engaged with the first end portion of the exterior case to restrict falling of the exterior case from the interior member in conjunction with the large end portion ; and a vibration generation means that is assembled into the interior member to vibrate the replacement brush . a metallic cylindrical exterior case that has a first end portion and a second end portion ; an interior member that has a small end portion inserted into the first end portion and a large end portion locked at the second end portion , and is installed in the exterior case by inserting the small end portion into the exterior case from the second end portion side; a restriction member that is fitted and fixed onto the small end portion protruding outward from the first end portion via a coupling structure and is engaged with the first end portion of the exterior case to restrict falling of the exterior case from the interior member in conjunction with the large end portion ; and a vibration generation means that is assembled into the interior member to vibrate the replacement brush .
A nozzle assembly for a dishwasher, comprising: a rotor arm having an upper rotor arm and a lower rotor arm ; and a nozzle rotatably mounted to the upper rotor arm with a connecting part ; wherein the rotation centre of the upper rotor arm is positioned eccentrically from the rotation centre of the lower rotor arm , the upper rotor arm includes a first body connected to the nozzle , a second body rotatably received in the lower rotor arm , and a third body to connect the first body and the second body such that a rotation centre of the first body and a rotation centre of the second body are positioned eccentrically from each other, characterised in that the connecting part of the nozzle and the second body of the upper rotor arm are configured so that the frictional force between the nozzle and the upper rotor arm and the frictional force between the upper rotor arm and the lower rotor arm alternately increases or decreases relative to each other during rotation of the nozzle relative to the upper rotor arm and rotation of the upper rotor arm relative to the lower rotor arm . a rotor arm having an upper rotor arm and a lower rotor arm ; and a nozzle rotatably mounted to the upper rotor arm with a connecting part ; wherein the rotation centre of the upper rotor arm is positioned eccentrically from the rotation centre of the lower rotor arm , the upper rotor arm includes a first body connected to the nozzle , a second body rotatably received in the lower rotor arm , and a third body to connect the first body and the second body such that a rotation centre of the first body and a rotation centre of the second body are positioned eccentrically from each other, characterised in that the connecting part of the nozzle and the second body of the upper rotor arm are configured so that the frictional force between the nozzle and the upper rotor arm and the frictional force between the upper rotor arm and the lower rotor arm alternately increases or decreases relative to each other during rotation of the nozzle relative to the upper rotor arm and rotation of the upper rotor arm relative to the lower rotor arm .
Method for coding a sequence of video images into coefficients of frequency sub-bands having different spatial resolutions, the coding method forming at least one data stream consisting of at least one rendering level comprising coefficients of frequency sub-bands whose spatial resolution is equal to a spatial resolution of the rendering level, characterized in that the method includes the step of inserting into at least one rendering level coefficients of frequency sub-bands having a spatial resolution higher than the one or more spatial resolutions of the rendering level.
A RSV F polypeptide, protein or protein complex comprising: (a) an amino acid sequence having at least 70% sequence identity to amino acid residues 1-513 of SEQ ID NO.1 (RSV type A) or amino acid residues 1-513 of SEQ ID NO.3 (RSV type B), wherein the amino acid sequence comprises a point mutation to tyrosine at an amino acid position equivalent to position 226 in SEQ ID NO.1 or SEQ ID NO.3 and a tyrosine at an amino acid position equivalent to position 198 in SEQ ID NO.1 or SEQ ID NO.3, and (b) a trimerization domain, wherein the polypeptide, protein or protein complex is capable of folding into the pre-F conformation.
Vehicle comprising at least one main lighting source and at least second and third adjacent secondary light sources, capable of generating respective beams in determined main directions, and a control member (OC) capable of controlling the light intensity of each of the second and third secondary light sources as a function of the steering angle of the steering wheel (V) of the vehicle , each of the second and third secondary light sources being rotatably mounted about an axis perpendicular to the main direction of emission of their beam, and respectively emitting light beams along adjustable main directions said second and third light sources respecting control laws determined by the control member (OC) both on their respective light intensities and on their respective rotation ranges (β, γ) in order to form a homogeneous and continuous overall beam obtained by complementarity of their beams when the vehicle is turning, characterized in that the angles of rotation of the second and third modules evolve linearly and with different speeds of rotation, as a function of the steering angle of the steering wheel; the second and third secondary light sources fulfilling a signaling function; the second and third modules having different angular stops (β, γ); the light intensity of each of the second and third secondary light sources being controlled by the control member (OC) to respect the regulatory photometric grid of the signaling light function over all the ranges of rotation (β, γ) of the second and third secondary light sources.
Vehicle roof, having: - a roof frame , - a cover which is movable relative to the roof frame , - a gutter which is pivotable relative to the roof frame and which has: - a water channel which is bounded by a base , a first side wall and second side wall , wherein a projecting water-conducting element is arranged on the second side wall in order to conduct away water which passes out of the water channel over the second side wall , wherein - a transition region is arranged on the second side wall , said transition region running obliquely with respect to the second side wall , characterized in that - a passage region is arranged on the transition region , the passage region running obliquely with respect to the transition region , wherein the water-conducting element is arranged at an end of the passage region that faces away from the transition region , and - the water-conducting element reaches at maximum as far as a plane defined by the transition region . - a roof frame , - a cover which is movable relative to the roof frame , - a gutter which is pivotable relative to the roof frame and which has: - a water channel which is bounded by a base , a first side wall and second side wall , wherein a projecting water-conducting element is arranged on the second side wall in order to conduct away water which passes out of the water channel over the second side wall , wherein - a transition region is arranged on the second side wall , said transition region running obliquely with respect to the second side wall , characterized in that - a passage region is arranged on the transition region , the passage region running obliquely with respect to the transition region , wherein the water-conducting element is arranged at an end of the passage region that faces away from the transition region , and - the water-conducting element reaches at maximum as far as a plane defined by the transition region .