mhurhangee/patent-ind-claim-en huggingface dataset:
Cutting member of a saw chain, wherein the cutting member has a cutting tooth , wherein the cutting member has a front bearing point , which is situated at the front in the running direction of the cutting member , and a rear bearing point , which is situated at the rear in the running direction, wherein the cutting member has a sharpened cutting surface on which at least one cutting edge is formed, wherein the cutting member has a planar support surface adjoining the cutting surface , wherein the cutting tooth has a roof portion on which a cutting edge is formed, wherein the sharpened cutting surface has a first cutting surface portion and, extending at an angle thereto, a second cutting surface portion , wherein the second cutting surface portion is at least partially formed on the roof portion , and wherein the first cutting surface portion and the second cutting surface portion adjoin one another at a cutting surface edge , wherein, in a side view of the cutting member looking in a sharpening direction which extends parallel to the cutting surface and parallel to the support surface , the roof portion has a largest thickness (i) measured perpendicularly to a running direction , with a first connecting line in this side view which connects a point of intersection between an upper edge of the roof portion and the cutting surface to a point of intersection between an imaginary line , which extends parallel to the upper edge of the roof portion and at a distance (k) which corresponds at least to the largest thickness (i), and the cutting surface , and with a second connecting line in this side view which connects a point of intersection between the upper edge of the roof portion and an imaginary displacement of the cutting surface parallel to the support surface , at a position in which a tooth tip of the cutting tooth lies perpendicularly to the running direction above a longitudinal centre axis of the rear bearing point , to a point of intersection between the imaginary line and the imaginary displacement of the cutting surface , characterized in that the support surface is oriented in such a way that the first connecting line and the second connecting line extend parallel to one another.
A laundry treatment apparatus comprising: a tub body for providing a space for storage of water; a tub cover for forming an upper surface of the tub body; an introduction aperture formed in the tub cover ; a drum rotatably provided inside the tub body for providing a space for storage of laundry supplied through the introduction aperture ; a door for opening and closing the introduction aperture , a sealing unit provided to the door and configured to seal the introduction aperture, wherein the sealing unit includes: a sealing body provided to seal the introduction aperture , and a body fixing portion provided to extend from the sealing body and configured to fix the sealing body to the door , characterized by an insertion portion extending from the sealing body so as to be inserted into the introduction aperture , and an opening provided in the sealing body for providing the sealing body with a C-shaped cross section, wherein the opening is located in a surface defined by the sealing body in a direction opposite to a direction in which the introduction aperture is located. a tub body for providing a space for storage of water; a tub cover for forming an upper surface of the tub body; an introduction aperture formed in the tub cover ; a drum rotatably provided inside the tub body for providing a space for storage of laundry supplied through the introduction aperture ; a door for opening and closing the introduction aperture , a sealing unit provided to the door and configured to seal the introduction aperture, wherein the sealing unit includes: a sealing body provided to seal the introduction aperture , and a body fixing portion provided to extend from the sealing body and configured to fix the sealing body to the door , a sealing body provided to seal the introduction aperture , and a body fixing portion provided to extend from the sealing body and configured to fix the sealing body to the door , characterized by an insertion portion extending from the sealing body so as to be inserted into the introduction aperture , and an opening provided in the sealing body for providing the sealing body with a C-shaped cross section, wherein the opening is located in a surface defined by the sealing body in a direction opposite to a direction in which the introduction aperture is located.
Method for detecting an attack on a work environment connected to a communication network , wherein a network connection element is interposed between the work environment and the communication network , and wherein a network monitoring element is connected to the network connection element , having the following steps of: electronically emulating the work environment by means of a network security element connected to the communication network ; capturing network traffic at the network security element ; comparing the captured network traffic with predefined network traffic ; triggering a first attack warning signal by means of the network security element in the event of a discrepancy between the captured network traffic and the predefined network traffic ; copying network traffic at the network connection element to the network monitoring element ; capturing the network traffic at the network connection element by means of the network monitoring element ; and triggering a second attack warning signal by means of the network monitoring element if an anomaly is detected in the network traffic captured at the network connection element ; generating a warning message on the basis of the first attack warning signal and the second attack warning signal ; wherein the generation of the warning message is also based on further attack warning signals from further work environments of the communication network . electronically emulating the work environment by means of a network security element connected to the communication network ; capturing network traffic at the network security element ; comparing the captured network traffic with predefined network traffic ; triggering a first attack warning signal by means of the network security element in the event of a discrepancy between the captured network traffic and the predefined network traffic ; copying network traffic at the network connection element to the network monitoring element ; capturing the network traffic at the network connection element by means of the network monitoring element ; and triggering a second attack warning signal by means of the network monitoring element if an anomaly is detected in the network traffic captured at the network connection element ; generating a warning message on the basis of the first attack warning signal and the second attack warning signal ; wherein the generation of the warning message is also based on further attack warning signals from further work environments of the communication network .
A catheter comprising: an elongated shaft having a proximal end and a distal end ; a guide wire channel disposed within at least a portion of the shaft inbetween the proximal and distal ends ; at least one channel disposed within the shaft and extending to the distal end ; a guide wire opening disposed in communication with the guide wire channel of the shaft such that a guide wire may be insertable into the guide wire opening and routed into the guide wire channel ; a guide wire port extending radially from the shaft and in communication with the guide wire opening and at least one steering wire channel housing at least one steering wire for deflecting the distal end of the shaft ; wherein the shaft is configured for providing radial access from a position exteriorly of the shaft to a portion of the guide wire channel that extends between the guide wire opening and a position distally thereof in order to allow a guide wire to radially exit the shaft , wherein the shaft includes a slot for allowing the guide wire to radially exit the shaft , and wherein the slot and guide wire channel define a slotted channel section between the guide wire opening and the position distally thereof; wherein the shaft includes a core body and an outer sleeve , and wherein the slotted guide wire section terminates as the guide wire channel transitions from being disposed outside of the core body to being disposed inside of the core body . an elongated shaft having a proximal end and a distal end ; a guide wire channel disposed within at least a portion of the shaft inbetween the proximal and distal ends ; at least one channel disposed within the shaft and extending to the distal end ; a guide wire opening disposed in communication with the guide wire channel of the shaft such that a guide wire may be insertable into the guide wire opening and routed into the guide wire channel ; a guide wire port extending radially from the shaft and in communication with the guide wire opening and at least one steering wire channel housing at least one steering wire for deflecting the distal end of the shaft ; wherein the shaft is configured for providing radial access from a position exteriorly of the shaft to a portion of the guide wire channel that extends between the guide wire opening and a position distally thereof in order to allow a guide wire to radially exit the shaft , wherein the shaft includes a slot for allowing the guide wire to radially exit the shaft , and wherein the slot and guide wire channel define a slotted channel section between the guide wire opening and the position distally thereof; wherein the shaft includes a core body and an outer sleeve , and wherein the slotted guide wire section terminates as the guide wire channel transitions from being disposed outside of the core body to being disposed inside of the core body .
Gripping device for gripping a package having a dimpled structure, the gripping device including a gripping unit that is movable up and down to engage and grip the package and move it, said gripping unit comprising at least a pair of opposite gripping members (5; 45) which are movable in opposite directions, substantially transverse to the up and down movement of the gripping unit , from a retracted position to an advanced position to respectively grip a dimple of the package , and from the advanced position to the retracted position to release the respective dimple , each gripping member (5; 45) comprising a pointed element (5; 45) to prick the material of the respective dimple to grip it, wherein the respective gripping members (5; 45) of the gripping unit are arranged such that in use the gripped dimples are gripped by only one of the gripping members (5; 45), characterized in that each gripping member (5; 45) of the gripping unit has a separate pressure operated actuator (8, 9; 46) operatively connected to it, which actuator (8, 9; 46), upon pressurization, moves the corresponding gripping member (5; 45) from the retracted position to the advanced position, wherein the respective gripping members (5; 45) are individually moveable by their corresponding pressure operated actuator (8, 9; 46), whereby each respective gripping member (5; 45) is allowed to travel individually over a different stroke from the retracted position to the advanced position to grip the corresponding dimple . the gripping device including a gripping unit that is movable up and down to engage and grip the package and move it, said gripping unit comprising at least a pair of opposite gripping members (5; 45) which are movable in opposite directions, substantially transverse to the up and down movement of the gripping unit , from a retracted position to an advanced position to respectively grip a dimple of the package , and from the advanced position to the retracted position to release the respective dimple , each gripping member (5; 45) comprising a pointed element (5; 45) to prick the material of the respective dimple to grip it, wherein the respective gripping members (5; 45) of the gripping unit are arranged such that in use the gripped dimples are gripped by only one of the gripping members (5; 45), characterized in that each gripping member (5; 45) of the gripping unit has a separate pressure operated actuator (8, 9; 46) operatively connected to it, which actuator (8, 9; 46), upon pressurization, moves the corresponding gripping member (5; 45) from the retracted position to the advanced position, wherein the respective gripping members (5; 45) are individually moveable by their corresponding pressure operated actuator (8, 9; 46), whereby each respective gripping member (5; 45) is allowed to travel individually over a different stroke from the retracted position to the advanced position to grip the corresponding dimple .
A method for fabricating a layered structure, the method comprising: (a) depositing a sacrificial layer on a substrate assembly that functions as a bottom electrode; (b) patterning the sacrificial layer into a first shape; (c) depositing a first polymer-based layer on the patterned sacrificial layer; (d) patterning a top electrode on the first polymer-based layer above the patterned sacrificial layer; (e) depositing a second polymer-based layer on the top electrode such that the top electrode is between the first and second polymer-based layers, wherein the second polymer-based layer is at least five times thicker than the first polymer-based layer; and (f) after the second polymer-based layer has been deposited on the top electrode, etching away the patterned sacrificial layer to form a cavity under the top electrode. (a) depositing a sacrificial layer on a substrate assembly that functions as a bottom electrode; (b) patterning the sacrificial layer into a first shape; (c) depositing a first polymer-based layer on the patterned sacrificial layer; (d) patterning a top electrode on the first polymer-based layer above the patterned sacrificial layer; (e) depositing a second polymer-based layer on the top electrode such that the top electrode is between the first and second polymer-based layers, wherein the second polymer-based layer is at least five times thicker than the first polymer-based layer; and (f) after the second polymer-based layer has been deposited on the top electrode, etching away the patterned sacrificial layer to form a cavity under the top electrode.
A process for treating avocados to minimize browning upon subsequent processing, handling, and storage, the method comprising: (a) separating the mesocarp from the pericarp and the endocarp of the avocado; (b) blanching said mesocarp by contacting the mesocarp with with steam for a pre-determined blanching time period within a blanching chamber, wherein at least a portion of the blanching chamber is not sealed from the atmosphere; (c) cooling the blanched mesocarp and extracting residual heat from the blanched mesocarp; and d) freezing the cooled mesocarp to obtain at least partially frozen mesocarp. (a) separating the mesocarp from the pericarp and the endocarp of the avocado; (b) blanching said mesocarp by contacting the mesocarp with with steam for a pre-determined blanching time period within a blanching chamber, wherein at least a portion of the blanching chamber is not sealed from the atmosphere; (c) cooling the blanched mesocarp and extracting residual heat from the blanched mesocarp; and d) freezing the cooled mesocarp to obtain at least partially frozen mesocarp.
A network service processing method, wherein the method comprises: Partitioning a field-programmable gate array, FPGA, or a network processor, NP, into multiple mutually isolated service processing resources; receiving a first configuration instruction, wherein the first configuration instruction comprises a first service configuration execution file; performing service configuration on a service processing resource according to the first service configuration execution file, so that the service processing resource performs service processing on a to-be-processed service packet; wherein the first configuration instruction further comprises identification information of the service processing resource, and the identification information is used to determine the service processing resource on which the service configuration is to be performed receiving a forwarding rule used when service forwarding is to be performed on the to-be-processed service packet; and receiving the to-be-processed service packet sent by a user terminal, and distributing the to-be-processed service packet to the service processing resource by using the forwarding rule, so that the service processing resource performs service processing on the to-be-processed service packet. Partitioning a field-programmable gate array, FPGA, or a network processor, NP, into multiple mutually isolated service processing resources; receiving a first configuration instruction, wherein the first configuration instruction comprises a first service configuration execution file; performing service configuration on a service processing resource according to the first service configuration execution file, so that the service processing resource performs service processing on a to-be-processed service packet; wherein the first configuration instruction further comprises identification information of the service processing resource, and the identification information is used to determine the service processing resource on which the service configuration is to be performed receiving a forwarding rule used when service forwarding is to be performed on the to-be-processed service packet; and receiving the to-be-processed service packet sent by a user terminal, and distributing the to-be-processed service packet to the service processing resource by using the forwarding rule, so that the service processing resource performs service processing on the to-be-processed service packet.
A conductive polymer composite comprising conductive particles dispersed in a polymer matrix, the polymer matrix comprising: a first polymer; and a second polymer, wherein: the first polymer and the second polymer are immiscible; the majority of the conductive particles are dispersed in only one of the first polymer and the second polymer; and the first polymer and/or the second polymer comprises a plastomer, characterised in that the plastomer is an olefin-based plastomer. a first polymer; and a second polymer, the first polymer and the second polymer are immiscible; the majority of the conductive particles are dispersed in only one of the first polymer and the second polymer; and the first polymer and/or the second polymer comprises a plastomer, characterised in that the plastomer is an olefin-based plastomer.
An apparatus for delivering therapeutic agent to an eye, wherein the apparatus comprises: (a) a body ; (b) a cannula extending distally from the body , wherein the cannula defines a longitudinal axis and a cannula lumen extending longitudinally though the cannula ; (c) a hollow needle , wherein the needle is slidable relative to the cannula ; and (d) an actuation member, wherein the actuation member comprises: (i) an actuation assembly , and (ii) an activation element configured to activate the actuation assembly ; (e) a needle guide configured to direct the needle through a lateral opening of the cannula and along an exit axis (EA) that is obliquely oriented relative to the longitudinal axis (LA) of the cannula ; wherein the actuation assembly is operable to actuate the needle relative to the cannula to thereby drive a distal portion of the needle along the exit axis (EA); characterized in that : the cannula is sized and configured to be insertable between a choroid and a sclera of a patient's eye, and the cannula terminates at an atraumatic, beveled distal end ; the actuation assembly comprises an automated actuation assembly; and the needle guide is disposed within the lumen. (a) a body ; (b) a cannula extending distally from the body , wherein the cannula defines a longitudinal axis and a cannula lumen extending longitudinally though the cannula ; (c) a hollow needle , wherein the needle is slidable relative to the cannula ; and (d) an actuation member, wherein the actuation member comprises: (i) an actuation assembly , and (ii) an activation element configured to activate the actuation assembly ; (i) an actuation assembly , and (ii) an activation element configured to activate the actuation assembly ; (e) a needle guide configured to direct the needle through a lateral opening of the cannula and along an exit axis (EA) that is obliquely oriented relative to the longitudinal axis (LA) of the cannula ;
Driving apparatus for a two-wheeled bicycle operated by an electric motor, comprising: a first drive for providing a first driving force, an electric motor for providing a second driving force, an output that is configured to receive the first and/or the second driving force and to deliver it to at least one wheel of the bicycle to be driven, force transmitting means arranged between the first drive and the output and a sensor arranged at the driving side of the force transmitting means , which is configured to generate sensor data in dependence on a deflection of the force transmitting means , wherein the sensor is arranged such that the same is in contact with the outside of the driving side of the force transmitting means , wherein the sensor comprises a deflecting apparatus that is in contact with the driving side of the force transmitting means and cooperates with the force transmitting means such that the same is deflected when tightening the driving side of the force transmitting means , wherein the deflecting means can be linearly deflected, characterized in that the first drive , the output , the force transmitting means and the sensor are arranged in a common housing . a first drive for providing a first driving force, an electric motor for providing a second driving force, an output that is configured to receive the first and/or the second driving force and to deliver it to at least one wheel of the bicycle to be driven, force transmitting means arranged between the first drive and the output and a sensor arranged at the driving side of the force transmitting means , which is configured to generate sensor data in dependence on a deflection of the force transmitting means , wherein the sensor is arranged such that the same is in contact with the outside of the driving side of the force transmitting means , wherein the sensor comprises a deflecting apparatus that is in contact with the driving side of the force transmitting means and cooperates with the force transmitting means such that the same is deflected when tightening the driving side of the force transmitting means , wherein the deflecting means can be linearly deflected, characterized in that the first drive , the output , the force transmitting means and the sensor are arranged in a common housing .