mhurhangee/patent-ind-claim-en huggingface dataset:
A kit, comprising: - a prosthesis including - a glenosphere having a first side , a second side opposite the first side , an articular surface on the first side , a hollowed out portion on the second side , and a perimeter at an intersection of the first and second sides ; - a glenoid plate including a body portion and a stem portion , the body portion having a first side and a second side and being operatively connected to the hollowed out portion of the glenosphere such that the first side of the body portion faces the glenosphere , the stem portion extending from the second side of the body portion and being configured to be fixed to a glenoid of a patient; and - a plurality of accessory fixation points , each of the plurality of accessory fixation points being configured to receive an accessory, and - a plurality of accessories, each of the accessories being configured to be attached to a selected one of the accessory fixation points of the prosthesis , characterized in that the glenoid plate is a modular plate designed so that it is bendable either fully or at pre-defined regions so that the surgeon can shape the plate intra-operatively to meet the specific anatomic/morphological needs of a particular patient during surgery. - a prosthesis including - a glenosphere having a first side , a second side opposite the first side , an articular surface on the first side , a hollowed out portion on the second side , and a perimeter at an intersection of the first and second sides ; - a glenoid plate including a body portion and a stem portion , the body portion having a first side and a second side and being operatively connected to the hollowed out portion of the glenosphere such that the first side of the body portion faces the glenosphere , the stem portion extending from the second side of the body portion and being configured to be fixed to a glenoid of a patient; and - a plurality of accessory fixation points , each of the plurality of accessory fixation points being configured to receive an accessory, and - a glenosphere having a first side , a second side opposite the first side , an articular surface on the first side , a hollowed out portion on the second side , and a perimeter at an intersection of the first and second sides ; - a glenoid plate including a body portion and a stem portion , the body portion having a first side and a second side and being operatively connected to the hollowed out portion of the glenosphere such that the first side of the body portion faces the glenosphere , the stem portion extending from the second side of the body portion and being configured to be fixed to a glenoid of a patient; and - a plurality of accessory fixation points , each of the plurality of accessory fixation points being configured to receive an accessory, and - a plurality of accessories, each of the accessories being configured to be attached to a selected one of the accessory fixation points of the prosthesis ,
A method for reducing power consumption, applied to a terminal device, wherein the terminal device is not connected to an external power supply, wherein the terminal device is powered using a battery, wherein the terminal can enter an idle state of a doze mode, wherein the doze mode has seven states in total, including an active state (active), an inactive state (inactive), an idle pending state (idle_pending), a motion sensing state (sensing), a motion monitoring state (locating), an idle state (idle), and an idle maintenance state (idle_maintenance); and the method comprises: detecting (S301) that screen-off duration of the terminal device is greater than a first duration, wherein the first duration is less than duration from a moment at which the terminal device is screen-off to a moment at which the terminal device enters the idle state of the doze mode; and before entering the idle state of the doze mode sending (S302) a transmission control protocol TCP reset packet to an application server of a to-be-controlled application, wherein the transmission control protocol reset packet is used to instruct the application server to disconnect a TCP connection to the terminal device; wherein after the detecting that screen-off duration of the terminal device is greater than the first duration, the method further comprises: determining the to-be-controlled application based on a to-be-controlled application list, wherein the to-be-controlled application list comprises at least one to-be-controlled application. detecting (S301) that screen-off duration of the terminal device is greater than a first duration, wherein the first duration is less than duration from a moment at which the terminal device is screen-off to a moment at which the terminal device enters the idle state of the doze mode; and before entering the idle state of the doze mode sending (S302) a transmission control protocol TCP reset packet to an application server of a to-be-controlled application, wherein the transmission control protocol reset packet is used to instruct the application server to disconnect a TCP connection to the terminal device; wherein after the detecting that screen-off duration of the terminal device is greater than the first duration, the method further comprises: determining the to-be-controlled application based on a to-be-controlled application list, wherein the to-be-controlled application list comprises at least one to-be-controlled application.
A robotic lawnmower system, comprising a robotic lawnmower and a charging station, said charging station comprising a signal generator being configured to transmit a boundary signal (A) utilizing CDMA coding having a frame length corresponding to a full frame length through a boundary wire, and wherein said robotic lawnmower is configured to receive said boundary signal by detecting magnetic fields generated by the boundary signal, and wherein the robotic lawnmower system is characterized in that said signal generator is configured to transmit said boundary signal in subframes and that the robotic lawnmower is configured to determine a set of conditions of the received boundary signal; and to determine if said set of conditions correspond to a first set of conditions, and if so listen to the subframes to determine if the robotic lawnmower is inside or outside a working area or if the robotic lawnmower crosses the boundary wire, and to determine if said set of conditions correspond to a second set of conditions, and if so listen to the full frames to determine if the robotic lawnmower is inside or outside a working area or if the robotic lawnmower crosses the boundary wire. determine a set of conditions of the received boundary signal; and to determine if said set of conditions correspond to a first set of conditions, and if so listen to the subframes to determine if the robotic lawnmower is inside or outside a working area or if the robotic lawnmower crosses the boundary wire, and to determine if said set of conditions correspond to a second set of conditions, and if so listen to the full frames to determine if the robotic lawnmower is inside or outside a working area or if the robotic lawnmower crosses the boundary wire.
Method for computer-assisted displaying of an augmented reality (AR) by way of a first head-up display (HUD1) and a second head-up display (HUD2), which are arranged in a vehicle (FZ) in the field of view intended for a vehicle driver, wherein the first head-up display (HUD1) and the second head-up display (HUD2) • are arranged in two layers (LY1, LY2) that overlap one another, characterised in that • the first head-up display (HUD1) and the second head-up display (HUD2) display image information which supplement one another to form an image, • the image information renders image elements (BE1 ... BE3), which are constructed of complementary first segments and second segments, wherein first segments and second segments stand on their own in each case, first and second segments come up against one another, and thus together form the respective image element (BE1 ... BE3), • wherein the first segments are displayed by the first head-up display (HUD1) and the second segments are displayed by the second head-up display (HUD2). • are arranged in two layers (LY1, LY2) that overlap one another, characterised in that • the first head-up display (HUD1) and the second head-up display (HUD2) display image information which supplement one another to form an image, • the image information renders image elements (BE1 ... BE3), which are constructed of complementary first segments and second segments, wherein first segments and second segments stand on their own in each case, first and second segments come up against one another, and thus together form the respective image element (BE1 ... BE3), • wherein the first segments are displayed by the first head-up display (HUD1) and the second segments are displayed by the second head-up display (HUD2).
A use of monosaccharides and/or disaccharides for stimulation of mycorrhization in field crop and hydroponic plants whereby the monosaccharides and/or disaccharides are used in a concentration of 100 ppm or less, like between 0.1 to 100 ppm.
A sensor device comprising: a main driving gear provided so as to be rotatable together with a rotary shaft as a detection target; a driven gear that includes a gear portion meshed with teeth of the main driving gear and a shaft portion that projects from a side surface of the gear portion , the shaft portion being provided with a permanent magnet; a biasing member configured to bias the driven gear toward the main driving gear ; a support member that supports the driven gear and the biasing member ; and a rotational angle sensor configured to generate an electric signal based on rotation of the driven gear , characterized in that the sensor device comprises a magnetic shield that rotatably surrounds the shaft portion , wherein: the biasing member biases the driven gear toward the main driving gear by biasing the magnetic shield toward the main driving gear ; and a sliding resistance between the magnetic shield and the driven gear is lower than a sliding resistance between the magnetic shield and the biasing member , wherein the coefficient of friction between the magnetic shield and the driven gear is smaller than the coefficient of friction between the magnetic shield and the biasing member . a main driving gear provided so as to be rotatable together with a rotary shaft as a detection target; a driven gear that includes a gear portion meshed with teeth of the main driving gear and a shaft portion that projects from a side surface of the gear portion , the shaft portion being provided with a permanent magnet; a biasing member configured to bias the driven gear toward the main driving gear ; a support member that supports the driven gear and the biasing member ; and a rotational angle sensor configured to generate an electric signal based on rotation of the driven gear , characterized in that the sensor device comprises a magnetic shield that rotatably surrounds the shaft portion , wherein: the biasing member biases the driven gear toward the main driving gear by biasing the magnetic shield toward the main driving gear ; and a sliding resistance between the magnetic shield and the driven gear is lower than a sliding resistance between the magnetic shield and the biasing member , wherein the coefficient of friction between the magnetic shield and the driven gear is smaller than the coefficient of friction between the magnetic shield and the biasing member . the biasing member biases the driven gear toward the main driving gear by biasing the magnetic shield toward the main driving gear ; and a sliding resistance between the magnetic shield and the driven gear is lower than a sliding resistance between the magnetic shield and the biasing member , wherein the coefficient of friction between the magnetic shield and the driven gear is smaller than the coefficient of friction between the magnetic shield and the biasing member .
A load cell comprising - an elastic body having a base, - where the elastic body comprises a flexible membrane that is adapted to yield upon application of a load (P) to the membrane , - a sensor for measuring the load (P) applied to the membrane , - at least one connector having a first end that is connected to the membrane and a second end that is connected to the sensor , where the connector is configured to transmit a mechanical force that is applied to the membrane to the sensor , characterized in that the connector is attached to the membrane and/or the sensor via a pivotal connection . - an elastic body having a base, - where the elastic body comprises a flexible membrane that is adapted to yield upon application of a load (P) to the membrane , - a sensor for measuring the load (P) applied to the membrane , - at least one connector having a first end that is connected to the membrane and a second end that is connected to the sensor , where the connector is configured to transmit a mechanical force that is applied to the membrane to the sensor , characterized in that the connector is attached to the membrane and/or the sensor via a pivotal connection .
A coupling system for a rail vehicle , comprising a bearing block arrangeable on the rail vehicle , a coupling rod connectable at its first end to the vehicle via an articulated connection , a coupling head provided at the second end of the coupling rod facing away from the rail vehicle in the mounted state, and an actuator device arranged laterally to the coupling rod and connectable to the rail vehicle , wherein the actuator device is provided on one side in relation to the coupling rod and comprises a pneumatic lift cylinder (10; 110) such that the coupling rod is deflectable in two opposite directions, in particular incrementally, at its second end comprising the coupling head and the actuator device can be frictionally and/or positively connected to the coupling rod , characterized in that the actuator device exhibits a housing in which a carriage is arranged which is connected to the lift cylinder such that the carriage can be displaced in the axial direction of the lift cylinder upon the piston moving in relation to the housing , wherein the actuator device is provided with a gear rack displaceably provided in the housing of the actuator device , and wherein the actuator device is provided with a rotatably mounted first pawl and a rotatably mounted second pawl in the carriage as well as with a ramp in the housing on which the first pawl and the second pawl can move such that a positive connection can be established between the carriage and the gear rack by way of the first pawl or the second pawl upon movement of the carriage .
A method for a first User Equipment, in the following also referred to as UE, to perform sidelink logical channel, in the following also referred to as SL LCH, establishment, comprising: storing a list of sidelink configurations, wherein each entry in the list contains one sidelink configuration and at least one PC5 QoS identifier, in the following also referred to as PQI, associated with the one sidelink configuration ; selecting an entry in the list according to a PQI of a PC5 QoS flow from a sidelink service ; establishing a SL LCH for the PC5 QoS flow according to a sidelink configuration of the entry and assigning an identity for the SL LCH ; transmitting information to a second UE for the second UE to establish the SL LCH, wherein the information includes at least the identity of the SL LCH, an identity of the PC5 QoS flow, and Transmission-Reception, in the following also referred to as TX-RX, aligned parameters included in the sidelink configuration ; and transmitting at least one sidelink packet from the PC5 QoS flow on the SL LCH . storing a list of sidelink configurations, wherein each entry in the list contains one sidelink configuration and at least one PC5 QoS identifier, in the following also referred to as PQI, associated with the one sidelink configuration ; selecting an entry in the list according to a PQI of a PC5 QoS flow from a sidelink service ; establishing a SL LCH for the PC5 QoS flow according to a sidelink configuration of the entry and assigning an identity for the SL LCH ; transmitting information to a second UE for the second UE to establish the SL LCH, wherein the information includes at least the identity of the SL LCH, an identity of the PC5 QoS flow, and Transmission-Reception, in the following also referred to as TX-RX, aligned parameters included in the sidelink configuration ; and transmitting at least one sidelink packet from the PC5 QoS flow on the SL LCH .
An aerosol generating device comprising: a case in which a heater for heating a cigarette is installed; a bracket supporting components installed inside the case ; a fastening member fastening the case and the bracket ; and a cap installed on an outer surface of the case to conceal the fastening member in the case , the cap including a hook portion protruding in a lengthwise direction of the cigarette ; wherein the hook portion includes a locking jaw protruding toward an inner surface of the case , and wherein the case includes a seating portion protruding toward the hook portion to seat the cap ; characterized in that : the aerosol generating device further comprising: a stopper installed on the inner surface of the case , and configured to restrict movement of the hook portion in a direction in which the seating portion protrudes by pressing the hook portion in a direction in which the locking jaw protrudes, and wherein the cap is installed on the outer surface of the case in an inseparable manner to conceal the fastening member in the case . a case in which a heater for heating a cigarette is installed; a bracket supporting components installed inside the case ; a fastening member fastening the case and the bracket ; and a cap installed on an outer surface of the case to conceal the fastening member in the case , the cap including a hook portion protruding in a lengthwise direction of the cigarette ; wherein the hook portion includes a locking jaw protruding toward an inner surface of the case , and wherein the case includes a seating portion protruding toward the hook portion to seat the cap ; characterized in that : the aerosol generating device further comprising: a stopper installed on the inner surface of the case , and configured to restrict movement of the hook portion in a direction in which the seating portion protrudes by pressing the hook portion in a direction in which the locking jaw protrudes, and wherein the cap is installed on the outer surface of the case in an inseparable manner to conceal the fastening member in the case .
A rail applicator assembly comprising: a rail having a head portion , a base portion , and a web portion extending between the head portion and the base portion , the head portion defining a field surface; and an applicator for applying a friction modifying material to the field surface of the rail , the applicator comprising an elongate polymeric or rubber foam body and an applicator support , wherein the elongate polymeric or rubber foam body is secured to the applicator support and defines a flow passageway consisting of one conduit that extends through the elongate polymeric or rubber foam body for the friction modifying material to flow through, the applicator mounted against the field surface with a top surface of the elongate polymeric or rubber foam body inclined downwardly toward the field surface, wherein the elongate polymeric or rubber foam body compresses when contacted by a passing rail wheel and then returns to its original form. a rail having a head portion , a base portion , and a web portion extending between the head portion and the base portion , the head portion defining a field surface; and an applicator for applying a friction modifying material to the field surface of the rail , the applicator comprising an elongate polymeric or rubber foam body and an applicator support , wherein the elongate polymeric or rubber foam body is secured to the applicator support and defines a flow passageway consisting of one conduit that extends through the elongate polymeric or rubber foam body for the friction modifying material to flow through, the applicator mounted against the field surface with a top surface of the elongate polymeric or rubber foam body inclined downwardly toward the field surface, wherein the elongate polymeric or rubber foam body compresses when contacted by a passing rail wheel and then returns to its original form.
Stator for an electric motor, comprising a plurality of annular laminations which together form a stator laminated core , comprising a plurality of cooling pipes and comprising a plurality of stator windings , wherein a plurality of slots , which are arranged distributed over the periphery, for receiving the stator windings and a plurality of recesses , which are likewise arranged distributed over the periphery, for receiving the cooling pipes are formed in the individual laminations , wherein a termination element is arranged on each of the two end sides of the stator laminated core and a plurality of cooling ducts are formed in the two termination elements , in each case two cooling pipes which are arranged next to one another in the peripheral direction being flow-connected to one another by means of the said cooling ducts , characterized in that the cooling ducts each have two sections which run at an angle α in relation to one another, wherein the two sections are at the greatest distance from one another on that side which faces the end side of the stator laminated core and are connected to one another on that side which is averted from the end side of the stator laminated core .
A quick opening/closing system for a glove (A) for sliding out the first three fingers of a hand, comprising a cutting line on the back of the glove developed from the junction between third and fourth finger of the hand (middle finger and ring finger) up to below the base of the thumb and above the wrist to define an openable portion (B) of said glove (A) integral to the glove itself.
Rear axle assembly of a motor vehicle, the motor vehicle comprising a battery fastened to a body , the rear axle assembly comprising at least one first transverse link rod and at least one second transverse link rod opposite to the at least one first link rod with respect to the body , characterized in that it comprises a fastening assembly comprising a connecting member comprising: - at least one first fastening plate arranged so as to be mounted on the battery ; - at least one first fastening element arranged so as to fasten the at least one first link rod to the connecting member ; - at least one second fastening element arranged so as to fasten the at least one second link rod to the connecting member ; and - a second plate so as to clamp the at least one first link rod and the at least one second link rod between the at least one first plate and the second plate in the region of the at least one first fastening element and in the region of the at least one second fastening element . - at least one first fastening plate arranged so as to be mounted on the battery ; - at least one first fastening element arranged so as to fasten the at least one first link rod to the connecting member ; - at least one second fastening element arranged so as to fasten the at least one second link rod to the connecting member ; and - a second plate so as to clamp the at least one first link rod and the at least one second link rod between the at least one first plate and the second plate in the region of the at least one first fastening element and in the region of the at least one second fastening element .