mhurhangee/patent-ind-claim-en huggingface dataset:
Gripping device with at least two grippers mounted pivotably in a housing , each consisting of a gripping element carrier (71, 72; 171, 172) and/or at least one gripping element , - wherein each gripper is mounted pivotably in the housing , - wherein the housing-side end of the respective gripper has a slotted guide , - wherein each slotted guide at least partially encloses a journal or a region of a journal in each case, - wherein the one or more journal (s) is/are mounted in a slide which is supported in the housing transversely to the pivot axes of the grippers and is in operative connection with an actuator , - wherein at least a region of the slide has a cylindrical outer wall , with which it is guided in a guide bore of the housing , - wherein the guide bore has a diameter whose size is equal to at least 60% of the width of the housing , - wherein the slide clasps the housing-side end of the respective gripper , - wherein the actuator is a cylinder-piston unit, of which the piston or the cylinder is fixedly connected to the slide , and - wherein the piston of the cylinder-piston unit has an unround cross-section. - wherein each gripper is mounted pivotably in the housing , - wherein the housing-side end of the respective gripper has a slotted guide , - wherein each slotted guide at least partially encloses a journal or a region of a journal in each case, - wherein the one or more journal (s) is/are mounted in a slide which is supported in the housing transversely to the pivot axes of the grippers and is in operative connection with an actuator , - wherein at least a region of the slide has a cylindrical outer wall , with which it is guided in a guide bore of the housing , - wherein the guide bore has a diameter whose size is equal to at least 60% of the width of the housing , - wherein the slide clasps the housing-side end of the respective gripper , - wherein the actuator is a cylinder-piston unit, of which the piston or the cylinder is fixedly connected to the slide , and - wherein the piston of the cylinder-piston unit has an unround cross-section.
Method for guiding a person to a physiological cumulative state in a physical exercise, in which the exercise has a physiological target in the form of a physiological state at the end of the exercise, a duration, and a performance parameter defining performance ability level of the person, in which method at the start of the exercise there is a step - setting with a keypad and an input unit the physiological target and a value of the performance parameter defining performance ability level of the person and during the exercise at regular intervals there are steps: - measuring with a sensor at least one quantity proportional to momentary intensity, and - calculating with a central unit the present physiological state and an estimate of the physiological state at the end of the exercise with the aid of the momentary intensity and the exercise performed, and - defining with the central unit an intensity guidance range for the momentary intensity, in order to reach the physiological target and the performance parameter, and - guiding with an output unit the user by means of feedback to remain within the said intensity guidance range, characterized in that in the beginning part of the exercise there are steps: - expanding with the central unit the intensity guidance range according to a pre-selected function, in order to reduce the variation of the guidance, which pre-selected function reduces the expansion to zero towards the end of the exercise, and - defining with the central unit a lower limit of the expanded intensity guidance range in such a way that, at the defined performance ability level of the person, at each moment the exercise can still be performed for the duration of the exercise, and that the values of the performance parameter and the physiological state will be reached. - setting with a keypad and an input unit the physiological target and a value of the performance parameter defining performance ability level of the person - measuring with a sensor at least one quantity proportional to momentary intensity, and - calculating with a central unit the present physiological state and an estimate of the physiological state at the end of the exercise with the aid of the momentary intensity and the exercise performed, and - defining with the central unit an intensity guidance range for the momentary intensity, in order to reach the physiological target and the performance parameter, and - guiding with an output unit the user by means of feedback to remain within the said intensity guidance range, - expanding with the central unit the intensity guidance range according to a pre-selected function, in order to reduce the variation of the guidance, which pre-selected function reduces the expansion to zero towards the end of the exercise, and - defining with the central unit a lower limit of the expanded intensity guidance range in such a way that, at the defined performance ability level of the person, at each moment the exercise can still be performed for the duration of the exercise, and that the values of the performance parameter and the physiological state will be reached.
A device for sampling an initial volume of a liquid flow, comprising: - an inlet conduit for receiving the liquid flow, - an outlet conduit for draining a subsequent volume of the liquid flow, - a valve casing arranged between the inlet conduit and the outlet conduit and having a passageway formed therethrough to fluidly connect the inlet conduit to the outlet conduit , a sample outlet for draining the initial volume of the liquid flow extending through the valve casing and into said passageway, - a valve structure arranged for axial movement in the valve casing traverse to a direction of liquid flow through the passageway, the valve structure comprising a gate for obstructing the passageway and preventing the initial volume of the liquid flow from being transferred to the outlet conduit when the valve structure is in a sampling position, and the valve structure further comprising a stem connected to the gate and adapted for obstructing the sample outlet without obstructing the passageway when the valve structure is in a diverting position, - a buoyancy-driven lifting member connected to the stem for moving the valve structure from the sampling position to the diverting position while the initial volume of the liquid flow is being sampled through the sample outlet , characterized in that at least one elongated groove is formed in a surface of the gate facing the inlet conduit and the at least one groove extends from the gate to the stem , said at least one groove being adapted for receiving the initial volume of the liquid flow and for guiding said initial volume along the gate , the stem , and through the sample outlet towards a receptacle, connectable to the valve casing , when the valve structure is in the sampling position. - an inlet conduit for receiving the liquid flow, - an outlet conduit for draining a subsequent volume of the liquid flow, - a valve casing arranged between the inlet conduit and the outlet conduit and having a passageway formed therethrough to fluidly connect the inlet conduit to the outlet conduit , a sample outlet for draining the initial volume of the liquid flow extending through the valve casing and into said passageway, - a valve structure arranged for axial movement in the valve casing traverse to a direction of liquid flow through the passageway, the valve structure comprising a gate for obstructing the passageway and preventing the initial volume of the liquid flow from being transferred to the outlet conduit when the valve structure is in a sampling position, and the valve structure further comprising a stem connected to the gate and adapted for obstructing the sample outlet without obstructing the passageway when the valve structure is in a diverting position, - a buoyancy-driven lifting member connected to the stem for moving the valve structure from the sampling position to the diverting position while the initial volume of the liquid flow is being sampled through the sample outlet ,
A tissue ligating device (50; 60) used for ligating tissue, comprising: a first fixation part (51; 61) configured to allow a base end part of a suture thread to be fixed thereto; and a second fixation part (52; 62) configured to allow insertion of the suture thread therethrough and allow to be crimped so as to newly fix a part of the suture thread, and thereby to define a loop starting from the base end part , in a state after ligation of tissue is performed, wherein: the second fixation part (52; 62) includes a back side wall part (52B; 62B), a front side wall part (52F; 62F), and a curved wall part (52C; 62C) turning back from the back side wall part to the front side wall part, the back side wall part (52B; 62B) is longer than the front side wall part (52F; 62F), and a part of the back side wall part (52B; 62B) farther from the curved wall part (52C; 62C) than an end part (52A; 62A) of the front side wall part (52F; 62F) far from the curved wall part has a rising surface (52S; 62S) rising towards a front side and a surface (52T; 62T) continuing to the rising surface (52S; 62S) characterised in that the surface (52T; 62T) continuing to the rising surface (52S; 62S) is inclined or curved towards the front side. a first fixation part (51; 61) configured to allow a base end part of a suture thread to be fixed thereto; and a second fixation part (52; 62) configured to allow insertion of the suture thread therethrough and allow to be crimped so as to newly fix a part of the suture thread, and thereby to define a loop starting from the base end part , in a state after ligation of tissue is performed, wherein: the second fixation part (52; 62) includes a back side wall part (52B; 62B), a front side wall part (52F; 62F), and a curved wall part (52C; 62C) turning back from the back side wall part to the front side wall part, the back side wall part (52B; 62B) is longer than the front side wall part (52F; 62F), and a part of the back side wall part (52B; 62B) farther from the curved wall part (52C; 62C) than an end part (52A; 62A) of the front side wall part (52F; 62F) far from the curved wall part has a rising surface (52S; 62S) rising towards a front side and a surface (52T; 62T) continuing to the rising surface (52S; 62S) characterised in that the surface (52T; 62T) continuing to the rising surface (52S; 62S) is inclined or curved towards the front side. the second fixation part (52; 62) includes a back side wall part (52B; 62B), a front side wall part (52F; 62F), and a curved wall part (52C; 62C) turning back from the back side wall part to the front side wall part, the back side wall part (52B; 62B) is longer than the front side wall part (52F; 62F), and a part of the back side wall part (52B; 62B) farther from the curved wall part (52C; 62C) than an end part (52A; 62A) of the front side wall part (52F; 62F) far from the curved wall part has a rising surface (52S; 62S) rising towards a front side and a surface (52T; 62T) continuing to the rising surface (52S; 62S) characterised in that the surface (52T; 62T) continuing to the rising surface (52S; 62S) is inclined or curved towards the front side.
A method for information transfer over the top, OTT, management in a communication network performed in a packet data network gateway, PGW, the method comprising: receiving (S200) a request for an application network interaction protocol, ANIP, service in a request message from an application client running an OTT application, the request message being addressed to a global ANIP server; sending (S210) the received request in an extended request message to the global ANIP server, the extended request message having been extended with a public land mobile network, PLMN, identity of the application client; receiving (S220) an address of a local ANIP server for the requested ANIP service from the global ANIP server, the address being received in a redirection message; and sending (S230) the received address in a response message to the application client. receiving (S200) a request for an application network interaction protocol, ANIP, service in a request message from an application client running an OTT application, the request message being addressed to a global ANIP server; sending (S210) the received request in an extended request message to the global ANIP server, the extended request message having been extended with a public land mobile network, PLMN, identity of the application client; receiving (S220) an address of a local ANIP server for the requested ANIP service from the global ANIP server, the address being received in a redirection message; and sending (S230) the received address in a response message to the application client.
A lithographic printing plate precursor including a support and a coating comprising (i) a photopolymerisable layer including a polymerisable compound, a borate compound and a photoinitiator, and (ii) a toplayer provided above the photopolymerisable layer; characterized in that the toplayer has a thickness comprised between 0.1 g/m 2 and 1.75 g/m 2 and includes an infrared absorbing compound which includes a thermocleavable group which transforms into a group which is a stronger electron-donor upon exposure to heat and/or IR radiation, and is capable of forming a print-out image upon exposure to heat and/or IR radiation.
A control device for an electronic aerosol provision system , the control device being configured to receive a replaceable component to form an electronic aerosol provision system, the control device including: a communication interface for performing communications external to the electronic aerosol provision system; a memory configured to hold a set of stored identifiers ; and a control system configured to: receive control information from a remote server via the communication interface; update the set of stored identifiers based on the control information received from the remote server; receive an identifier from a replaceable component received by the control device; make a comparison of the received identifier against the set of stored identifiers; and perform a control action for the electronic aerosol provision system dependent upon the result of said comparison, wherein the control system is further configured to send a request for updated control information from the remote server in response to the received identifier not matching one of the stored identifiers. a communication interface for performing communications external to the electronic aerosol provision system; a memory configured to hold a set of stored identifiers ; and a control system configured to: receive control information from a remote server via the communication interface; update the set of stored identifiers based on the control information received from the remote server; receive an identifier from a replaceable component received by the control device; make a comparison of the received identifier against the set of stored identifiers; and perform a control action for the electronic aerosol provision system dependent upon the result of said comparison, wherein the control system is further configured to send a request for updated control information from the remote server in response to the received identifier not matching one of the stored identifiers. receive control information from a remote server via the communication interface; update the set of stored identifiers based on the control information received from the remote server; receive an identifier from a replaceable component received by the control device; make a comparison of the received identifier against the set of stored identifiers; and perform a control action for the electronic aerosol provision system dependent upon the result of said comparison, wherein the control system is further configured to send a request for updated control information from the remote server in response to the received identifier not matching one of the stored identifiers.
A mesoporous silica nanoparticle, characterized in that it comprises organic modification on the surface of its pores and has a hydrodynamic size in water of no greater than 100 nm and a hydrodynamic size in a medium, of no greater than 150 nm, measured by Dynamic Light Scattering (DLS) with a Malvern Zetasizer Nano ZS, wherein the organo modification comprises at least one terminal hydrocarbyl moiety, and wherein the medium is biologically similar to or equivalent to phosphate buffered saline (PBS).
A mountable sensor for measuring a parameter within a conduit or chamber comprising an outer wall defining an enclosed internal volume, the mountable sensor comprising: a sensor housing comprising a first opening; a sensing element positioned within the housing; a moveable mounting tool comprising a shaft and, at a distal end of the shaft , a perforation element configured to perforate the outer wall of a conduit or chamber and a fixation element arranged to subsequently enter the perforation and engage when inside the outer wall to prevent retraction of the mounting tool ; wherein the mounting tool is configured to extend out through the first opening in the sensor housing such that, when the mountable sensor is positioned against the outer wall of a chamber or conduit in use, the perforation element penetrates the outer wall to produce a perforation and the fixation element enters the perforation and engages to secure the sensor housing to the outer wall; thereby placing the sensing element in communication with the internal volume of the chamber or conduit through the perforation. a sensor housing comprising a first opening; a sensing element positioned within the housing; a moveable mounting tool comprising a shaft and, at a distal end of the shaft , a perforation element configured to perforate the outer wall of a conduit or chamber and a fixation element arranged to subsequently enter the perforation and engage when inside the outer wall to prevent retraction of the mounting tool ; wherein the mounting tool is configured to extend out through the first opening in the sensor housing such that, when the mountable sensor is positioned against the outer wall of a chamber or conduit in use, the perforation element penetrates the outer wall to produce a perforation and the fixation element enters the perforation and engages to secure the sensor housing to the outer wall; thereby placing the sensing element in communication with the internal volume of the chamber or conduit through the perforation.
A method for the treatment of a product of slurry, manure, fermentation residues, in which the product is introduced into a separating device of a liquid-solids separator and the solid contained in the product in the form of fibrous material is dewatered and fed out of the liquid-solids separator , wherein, during the dewatering in the separating device of the liquid-solid separator , solid matter in the form of particles and minerals is also separated from the solid matter to be dewatered and wherein the dewatered solid matter is fed to a drying device , wherein minerals are separated from the fibrous material during the separation and more than 85% of the minerals are separated from the fibrous material, characterised in that temperatures between 200°C and 300°C are generated in the drying device .
A stubble stomper comprising: a stomper mounting bracket adapted for mounting the stubble stomper to a crop harvesting header on an agricultural machine; a hinge assembly rotatably attached to the stomper mounting bracket and rotatable between a default position and a breakaway position; a stomper shoe pivotally attached to the hinge assembly by a bushing for engaging crop stubble as the agricultural machine travels across a field; a torsion spring surrounding the bushing that is coupled between the hinge assembly and the stomper shoe biasing the stomper shoe in a first rotational direction relative to the hinge assembly to position the stomper shoe for engaging the crop stubble; characterized in that the stubble stomper further comprises: a spring pin attached to the stomper mounting bracket for selective engagement with the hinge assembly , wherein when the spring pin is engaged with the hinge assembly , the hinge assembly is in the default position preventing rotation in the first and second rotational directions and when the spring pin is disengaged from the hinge assembly , the hinge assembly is in the breakaway position allowing rotation in the first and second rotational directions. a stomper mounting bracket adapted for mounting the stubble stomper to a crop harvesting header on an agricultural machine; a hinge assembly rotatably attached to the stomper mounting bracket and rotatable between a default position and a breakaway position; a stomper shoe pivotally attached to the hinge assembly by a bushing for engaging crop stubble as the agricultural machine travels across a field; a torsion spring surrounding the bushing that is coupled between the hinge assembly and the stomper shoe biasing the stomper shoe in a first rotational direction relative to the hinge assembly to position the stomper shoe for engaging the crop stubble; characterized in that the stubble stomper further comprises: a spring pin attached to the stomper mounting bracket for selective engagement with the hinge assembly , wherein when the spring pin is engaged with the hinge assembly , the hinge assembly is in the default position preventing rotation in the first and second rotational directions and when the spring pin is disengaged from the hinge assembly , the hinge assembly is in the breakaway position allowing rotation in the first and second rotational directions.
A method, by a user equipment, UE, for transmitting uplink data through a preconfigured uplink resource, PUR, in a wireless communication system, the method comprising: receiving, from a base station , PUR configuration information for performing PUR transmission; and performing the PUR transmission for transmitting, to the base station , the uplink data based on the PUR configuration information, characterized in that based on a retransmission of the PUR transmission being performed and the UE being a long-term evolution machine-type communication coverage enhancement mode B UE, LTE MTC CE mode B UE, the method further comprising: performing the retransmission of the PUR transmission based on a configured maximum uplink transmission power. receiving, from a base station , PUR configuration information for performing PUR transmission; and performing the PUR transmission for transmitting, to the base station , the uplink data based on the PUR configuration information, characterized in that based on a retransmission of the PUR transmission being performed and the UE being a long-term evolution machine-type communication coverage enhancement mode B UE, LTE MTC CE mode B UE, the method further comprising: performing the retransmission of the PUR transmission based on a configured maximum uplink transmission power.