mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication at a user equipment, UE (115; 505; 705), comprising: configuring the UE with a plurality of cell radio network temporary identifiers; receiving a message that includes a cell radio network temporary identifier for the UE from the plurality of cell radio network temporary identifiers; determining (355; 1310; 1910) a quality of service class associated with the cell radio network temporary identifier from a plurality of quality of service classes based at least in part on receiving the message; determining a transmission parameter for a physical layer of a transport block based at least in part on the determined quality of service class associated with the cell radio network temporary identifier; and communicating (1315; 1915), with a base station, the transport block using the determined transmission parameter. configuring the UE with a plurality of cell radio network temporary identifiers; receiving a message that includes a cell radio network temporary identifier for the UE from the plurality of cell radio network temporary identifiers; determining (355; 1310; 1910) a quality of service class associated with the cell radio network temporary identifier from a plurality of quality of service classes based at least in part on receiving the message; determining a transmission parameter for a physical layer of a transport block based at least in part on the determined quality of service class associated with the cell radio network temporary identifier; and communicating (1315; 1915), with a base station, the transport block using the determined transmission parameter.
Device for detecting moisture for an arrangement for monitoring an access to a patient for a system by which, via a flexible line, a liquid is fed to a patient and/or a liquid is fed out from the patient, and in particular for monitoring the vascular access in extra-corporeal blood treatment, the device for detecting moisture having a moisture sensor which takes the form of an electrically conductive structure, at least a portion of the device for detecting moisture taking the form of a portion which can be deformed into a sleeve and which can be placed around the circumference of a flexible line or of a system for connecting a flexible line, the device for detecting moisture having fastening means for fixing the portion in sleeve form in place in the position in which it surrounds the flexible line or the connecting system, characterised in that the fastening means of the portion able to be deformed into a sleeve have an area which is provided with an adhesive or adhering layer , and the device for detecting moisture has connecting contacts to allow electrical contact to be made with the moisture sensor , the connecting contacts being formed at the end of an elongated portion which is connected to the portion able to be formed into a sleeve.
A method for manufacturing a road marking , said method comprising the steps of: • placing a mesh and a plurality of road marking pieces , one on top of the other, and • providing heat to said road marking pieces in an area where said mesh is placed, characterised in each piece of said plurality of road marking pieces having a specific colour and/or shape, such as rectangular, circular, triangular, a letter, an arrow, a flag, symbol or any combination of these shapes, said method further including at least partially integrating said mesh in said road marking pieces by forcing said mesh and said road marking pieces against each other. • placing a mesh and a plurality of road marking pieces , one on top of the other, and • providing heat to said road marking pieces in an area where said mesh is placed,
A wireless power reception device comprising: a mounting member including an inner mounting member and an outer mounting member , an inner coil mounted on the inner mounting member , a first shielding member , and a second shielding member being disposed on the first shielding member , wherein the second shielding member is provided in correspondence with the inner coil , wherein the outer mounting member is mounted on the first shielding member , and wherein the inner mounting member is mounted on the second shielding member , characterized in that , wherein the inner mounting member is provided inside a slit formed in an edge of the inner coil , wherein the outer mounting member is provided outside the slit , and wherein the slit is divided into a plurality of slits by bridges . a mounting member including an inner mounting member and an outer mounting member , an inner coil mounted on the inner mounting member , a first shielding member , and a second shielding member being disposed on the first shielding member , wherein the second shielding member is provided in correspondence with the inner coil , wherein the outer mounting member is mounted on the first shielding member , and wherein the inner mounting member is mounted on the second shielding member , characterized in that , wherein the inner mounting member is provided inside a slit formed in an edge of the inner coil , wherein the outer mounting member is provided outside the slit , and wherein the slit is divided into a plurality of slits by bridges .
A system for transecting soft tissue within a body through at least a first and a second access ports formed in the body, the system comprising: a flexible thread-like cutting element having a first end and a second end, the cutting element having a zero bend radius between the first end and the second end, and a routing tool having a hollow interior extending from a proximal end to a distal end with an internal diameter sufficient to receive the flexible cutting element, the distal end of the routing tool comprising a sharp tip to penetrate tissue to facilitate its extension into the body adjacent to said soft tissue and to route said thread-like cutting element about said soft tissue to allow both ends of said cutting element to extend from the access ports in said body, characterized in that at least one of the first end and the second end of the flexible thread-like cutting element has a stiffened section ; and the cutting element has a smooth and non-abrasive surface. a flexible thread-like cutting element having a first end and a second end, the cutting element having a zero bend radius between the first end and the second end, and a routing tool having a hollow interior extending from a proximal end to a distal end with an internal diameter sufficient to receive the flexible cutting element, the distal end of the routing tool comprising a sharp tip to penetrate tissue to facilitate its extension into the body adjacent to said soft tissue and to route said thread-like cutting element about said soft tissue to allow both ends of said cutting element to extend from the access ports in said body, characterized in that at least one of the first end and the second end of the flexible thread-like cutting element has a stiffened section ; and the cutting element has a smooth and non-abrasive surface.
A solution for polishing of copper and its alloys, characterized in that , it contains citric acid in an amount of 10-15 % by weight, acetic acid in an amount of 0.1-1 % by weight, hydrogen peroxide in an amount of 0.5-2 % by weight, ethanol in an amount of 35-55 % by weight and water.
An autonomous cleaning robot comprising: - a main body having a lower face configured to be oriented toward a surface to be cleaned and a suction mouth opening into the lower face of the main body , the main body delimiting a suction chamber fluidly connected to the suction mouth , - a suction unit which is housed at least partially in the main body , the suction unit comprising a suction motor having a motor axis and a fan which is coupled to the suction motor and which is configured to generate an air flow through the suction mouth , - a waste collection device comprising a waste collection container located upstream of the suction unit and configured to be traversed by the air flow generated by the suction unit and to retain waste transported by the air flow, - a wet cleaning device located in a rear part (3.2) of the main body , - a power battery configured to electrically power the autonomous cleaning robot , and - two drive wheels configured to roll on the surface to be cleaned and movably mounted in rotation on the main body respectively about two axes of rotation which are substantially parallel, characterized in that the suction unit and the power battery are arranged on either side of a median longitudinal plane (P1) of the main body and are located in the rear part (3.2) of the main body , in that a first axis (B1) passing through the center of gravity (G1) of the power battery and a geometric center (C) of the main body , which is substantially located in the median longitudinal plane (P1) of the main body , is inclined relative to the median longitudinal plane (P1) of the main body by a first angle of inclination (α1), and in that a second axis (B2) passing through the center of gravity (G2) of the suction unit and the geometric center (C) of the main body is inclined relative to the median longitudinal plane (P1) of the main body by a second angle of inclination (α2), the first and second axes (B1, B2) defining a separation angle (α3) of less than 130°. - a main body having a lower face configured to be oriented toward a surface to be cleaned and a suction mouth opening into the lower face of the main body , the main body delimiting a suction chamber fluidly connected to the suction mouth , - a suction unit which is housed at least partially in the main body , the suction unit comprising a suction motor having a motor axis and a fan which is coupled to the suction motor and which is configured to generate an air flow through the suction mouth , - a waste collection device comprising a waste collection container located upstream of the suction unit and configured to be traversed by the air flow generated by the suction unit and to retain waste transported by the air flow, - a wet cleaning device located in a rear part (3.2) of the main body , - a power battery configured to electrically power the autonomous cleaning robot , and - two drive wheels configured to roll on the surface to be cleaned and movably mounted in rotation on the main body respectively about two axes of rotation which are substantially parallel,
A prosthesis comprising: a first high metal to vessel ratio zone having a high metal to vessel ratio within the range of 30 percent to 80 percent; and a second low metal to vessel ratio zone having a low metal to vessel ratio less than 30 percent, wherein the first high metal to vessel ratio zone and the second low metal to vessel ratio zone are integral; wherein the metal to vessel ratio is the area occupied by a respective material of the respective zone for a respective unit area of the respective zone , when the prosthesis is in the final configuration. a first high metal to vessel ratio zone having a high metal to vessel ratio within the range of 30 percent to 80 percent; and a second low metal to vessel ratio zone having a low metal to vessel ratio less than 30 percent, wherein the first high metal to vessel ratio zone and the second low metal to vessel ratio zone are integral; wherein the metal to vessel ratio is the area occupied by a respective material of the respective zone for a respective unit area of the respective zone , when the prosthesis is in the final configuration.
A rolling piston for an air spring damper in the field of commercial vehicles, a rolling piston having a piston section and a container section which are of hollow configuration and are connected to one another in a fluid-conducting manner, and a cover element , the cover element being connected to the container section , in order to form an additional volume container having an additional volume, the cover element closing the container section , the piston section and the container section being produced separately from one another and being subsequently connected to one another in a gas-tight manner, characterized in that the piston section is provided with a buffer/damper unit .
An automated cleaning system for a beverage dispensing machine, comprising: a first water branch ; a second water branch comprising a check valve , each branch connected in fluid communication with a three-way valve ; a cleaning supply connected to the second water branch downstream from the check valve via a pump ; and a nozzle ; wherein the three-way valve is configured to operate in a first mode to prevent a flow of a cleaner from the cleaning supply through the second water branch and allow a flow of a fluid through the first water branch and the three-way valve to the nozzle and operate in a second mode to allow a flow of a cleaner from the cleaning supply through the second water branch and the three-way valve to the nozzle . a first water branch ; a second water branch comprising a check valve , each branch connected in fluid communication with a three-way valve ; a cleaning supply connected to the second water branch downstream from the check valve via a pump ; and a nozzle ; wherein the three-way valve is configured to operate in a first mode to prevent a flow of a cleaner from the cleaning supply through the second water branch and allow a flow of a fluid through the first water branch and the three-way valve to the nozzle and operate in a second mode to allow a flow of a cleaner from the cleaning supply through the second water branch and the three-way valve to the nozzle .
A method for decoding data encoded using one of a plurality of code types, each of said code types corresponding to a communication standard, said method comprising: identifying said code type associated with said data; allocating said data to a plurality of programmable parallel decoders, wherein said programmable parallel decoders can be reconfigured to decode data encoded using each of said plurality of code types; providing said data and said associated code type to said allocated programmable parallel decoders; and loading program code into one or more of said programmable parallel decoders based on said code type. identifying said code type associated with said data; allocating said data to a plurality of programmable parallel decoders, wherein said programmable parallel decoders can be reconfigured to decode data encoded using each of said plurality of code types; providing said data and said associated code type to said allocated programmable parallel decoders; and loading program code into one or more of said programmable parallel decoders based on said code type.
A system for managing a network, the system comprising: a network slice subnet management function associated with a network slice subnet instance , the network slice subnet management function configured to manage operation of the network slice subnet instance ; and a network slice management function associated with a network slice instance that includes the network slice subnet instance , the network slice management function configured to: manage operation of the network slice instance , and interact with the network slice subnet management function to manage operation of the network slice subnet instance , characterized by further comprising: a management exposure function operatively connected to the network slice management function , the management exposure function configured to expose, to a customer, a first slice specific management function pertaining to the network slice instance such that the customer can implement management of the network slice instance in accordance with the first slice specific management function, wherein the management exposure function is further configured to expose, to the customer, a second slice specific management function pertaining to the network slice subnet instance, such that the customer can implement management of the network slice subnet instance in accordance with the second slice specific management function. a network slice subnet management function associated with a network slice subnet instance , the network slice subnet management function configured to manage operation of the network slice subnet instance ; and a network slice management function associated with a network slice instance that includes the network slice subnet instance , the network slice management function configured to: manage operation of the network slice instance , and interact with the network slice subnet management function to manage operation of the network slice subnet instance , a management exposure function operatively connected to the network slice management function , the management exposure function configured to expose, to a customer, a first slice specific management function pertaining to the network slice instance such that the customer can implement management of the network slice instance in accordance with the first slice specific management function, wherein the management exposure function is further configured to expose, to the customer, a second slice specific management function pertaining to the network slice subnet instance, such that the customer can implement management of the network slice subnet instance in accordance with the second slice specific management function.
A method of interactively and graphically displaying performance information to a user of an HVAC system controlled by a thermostat comprising: using the thermostat, gathering information relating to HVAC system usage; calculating a HVAC usage parameter for a time interval as being above or below average usage; evaluating a plurality of potential causative agents for potential causation of the calculated HVAC usage parameter being above or below the average usage; based on the evaluation, selecting a primary causative agent wherein the causative agent that has the largest overall affect on energy usage is considered to be the primary causative agent; on a display device in a location remote from the thermostat, graphically displaying performance information based on the gathered information, the displayed performance information including a graphical daily summary for each of a plurality of days wherein the graphical summary for a day includes a symbol (764; 798; 864) indicating the primary causative agent which is responsible for above or below HVAC energy performance; and in response to a user selection of a day, graphically displaying on the display device detailed performance information for the user selected day. using the thermostat, gathering information relating to HVAC system usage; calculating a HVAC usage parameter for a time interval as being above or below average usage; evaluating a plurality of potential causative agents for potential causation of the calculated HVAC usage parameter being above or below the average usage; based on the evaluation, selecting a primary causative agent wherein the causative agent that has the largest overall affect on energy usage is considered to be the primary causative agent; on a display device in a location remote from the thermostat, graphically displaying performance information based on the gathered information, the displayed performance information including a graphical daily summary for each of a plurality of days wherein the graphical summary for a day includes a symbol (764; 798; 864) indicating the primary causative agent which is responsible for above or below HVAC energy performance; and in response to a user selection of a day, graphically displaying on the display device detailed performance information for the user selected day.
A crosslinked acidic polysaccharide obtained by forming crosslinks by amide bonding between primary amino groups in a diamine crosslinking agent and carboxyl groups in an acidic polysaccharide; wherein the acidic polysaccharide is chondroitin sulfate; and wherein the diamine crosslinking agent is a diamine compound having the primary amino groups at both terminals and an ester or thioester bond in the molecule such that the carbonyl carbon of the ester or thioester is on a linear chain connecting the two terminal amino groups, wherein the number of atom in the linear chain between at least one of the amino groups and the carbonyl carbon in the ester or thioester is 1 to 5.
A device for performing an allergy test for type I immune reactions such as inhalant or food allergies, the device comprising: a container unit having a substantially flat first surface arranged for coming in contact with the skin of a patient undergoing the test and a second surface provided opposite to the first surface , the container unit comprising a plurality of cavities each receiving an allergen container provided with a predetermined allergen in a predetermined concentration, the allergen container comprising a supporting material and a pricking tool having at least one pricking tip facing in the direction of the cavity opening, the pricking tool having a predetermined length and being secured at a location of the supporting material , which supporting material is arranged, when a pressure force is applied on the second surface of the device , for being compressed thereby causing the pricking tool for being displaced from a first position , wherein at said first position the at least one pricking tip is at a first distance from the first surface , to a second position , wherein at said second position the at least one pricking tip is at a second distance from the first surface , characterised in that the allergen container is provided with a frame forming the sidewall of the allergen container surrounding the supporting material and in that the allergen container is a separate entity from the container unit with cavities . a container unit having a substantially flat first surface arranged for coming in contact with the skin of a patient undergoing the test and a second surface provided opposite to the first surface , the container unit comprising a plurality of cavities each receiving an allergen container provided with a predetermined allergen in a predetermined concentration, the allergen container comprising a supporting material and a pricking tool having at least one pricking tip facing in the direction of the cavity opening, the pricking tool having a predetermined length and being secured at a location of the supporting material , which supporting material is arranged, when a pressure force is applied on the second surface of the device , for being compressed thereby causing the pricking tool for being displaced from a first position , wherein at said first position the at least one pricking tip is at a first distance from the first surface , to a second position , wherein at said second position the at least one pricking tip is at a second distance from the first surface , characterised in that the allergen container is provided with a frame forming the sidewall of the allergen container surrounding the supporting material and in that the allergen container is a separate entity from the container unit with cavities .
A method of operating a tillage implement , the method characterized by : selecting a variation of an operating parameter of a tillage implement with respect to a position within a field based on information collected by a harvester relating to an amount of grain harvested or an amount of material other than grain processed and returned to the field by the harvester; propelling the tillage implement through the field; and adjusting the operating parameter of the tillage implement based on the selected variation. selecting a variation of an operating parameter of a tillage implement with respect to a position within a field based on information collected by a harvester relating to an amount of grain harvested or an amount of material other than grain processed and returned to the field by the harvester; propelling the tillage implement through the field; and adjusting the operating parameter of the tillage implement based on the selected variation.