mhurhangee/patent-ind-claim-en huggingface dataset:
Clamping tool comprising • a body , containing control circuits and an electronic processing unit having at one end a handle for gripping by an operator making the clamping, and on the other end an arm • said arm comprising at its free end a seat wherein can be alternatively pluggable a plurality of inserts suitable for engaging the tool with a corresponding type and/or dimension of a mechanical member on which the tool is destined to operate to carry out a clamping operation, • sensor means being provided on said arm suitable for detecting tightening conditions exerted on said mechanical member, • the arm being removably connected to the body through a connector allowing both the mechanical connection and the transmission/reception of electrical and power supply signals between the two parts, characterized in that the tool further comprises a microprocessor electronic card provided on said arm suitable for receiving analogic signals from said sensor means converting the same into digital format and handling its transfer in digital format to the central processing unit, and that the sensor means and the electronic card are inserted in a single support inside the arm. • a body , containing control circuits and an electronic processing unit having at one end a handle for gripping by an operator making the clamping, and on the other end an arm • said arm comprising at its free end a seat wherein can be alternatively pluggable a plurality of inserts suitable for engaging the tool with a corresponding type and/or dimension of a mechanical member on which the tool is destined to operate to carry out a clamping operation, • sensor means being provided on said arm suitable for detecting tightening conditions exerted on said mechanical member, • the arm being removably connected to the body through a connector allowing both the mechanical connection and the transmission/reception of electrical and power supply signals between the two parts,
Cylinder with a piston rod and an optical positioning sensor which is directed towards a marking provided on the piston rod, wherein the positioning sensor is designed to detect the position of the piston rod incrementally starting from a reference mark, and the marking has at least three reference marks (20a - 20f), of which the pairwise spacings are different from each other in the axial direction, characterized in that the pairwise spacing between two adjacent reference marks is unambiguously assigned to the positions of the two reference marks, and spacing marks are provided between two reference marks for incremental measurement of the spacing between the two reference marks, all spacing marks in the axial direction each having a first width and all reference marks in the axial direction each having a second width different from the first width.
A temperature sensor, in particular a high-temperature sensor, having a coated substrate , wherein the substrate contains a zirconium oxide or a zirconium oxide ceramic, at least one resistance structure and at least two connection contacts , wherein the connection contacts electrically contact the resistance structure , wherein the substrate is coated with an insulation layer , wherein the insulation layer contains a metal oxide layer, the resistance structure and the free areas of the insulation layer on which no resistance structure is arranged are at least regionally coated with a ceramic intermediate layer for passivation purposes, and a protective layer is arranged on the ceramic intermediate layer , characterized in that at least one opening (30, 30a-d) is formed in the insulation layer and at least sectionally exposes a surface of the substrate , wherein the at least one opening (30, 30a-d) is designed in such a way as to provide for at least one central segment in the insulation layer , wherein the edges of the central segment have no common termination with the edges of the substrate , wherein the resistance structure and the ceramic intermediate layer applied thereto are located completely on the central segment, wherein both the central segment and the at least one framing opening (30, 30a-d) are covered by the protective layer, wherein the at least one opening (30, 30a-d)is filled with the material of the protective layer .
A grenade launcher , comprising: a barrel for launching a projectile at a real target ; a sight coupled to the barrel , the sight comprising a display that displays an aiming indicator , the display is configured to display a representative target representing the real target ; a sensor configured to track motion of the barrel and whereby the sight is configured to move the representative target on the display of the sight in accordance with the motion of the barrel; wherein the grenade launcher is configured so that when the display of the representative target coincides with the aiming indicator , the grenade launcher is aimed to launch the projectile to hit the real target ; whereby the grenade launcher is configured to track the real target when identifying the real target to determine the motion of the real target and to display the representative target on the display while taking into consideration the motion of the real target and the time for the projectile to reach the real target . a barrel for launching a projectile at a real target ; a sight coupled to the barrel , the sight comprising a display that displays an aiming indicator , the display is configured to display a representative target representing the real target ; a sensor configured to track motion of the barrel and whereby the sight is configured to move the representative target on the display of the sight in accordance with the motion of the barrel; wherein the grenade launcher is configured so that when the display of the representative target coincides with the aiming indicator , the grenade launcher is aimed to launch the projectile to hit the real target ; whereby the grenade launcher is configured to track the real target when identifying the real target to determine the motion of the real target and to display the representative target on the display while taking into consideration the motion of the real target and the time for the projectile to reach the real target .
An oligonucleotide probe consisting of a sequence of /6-FAM/TTTT/ZEN/IAbRQSp/ (SEQ ID NO: 40), /6-FAM/TTTTTT/ZEN/IAbRQSp/ (SEQ ID NO: 39) or /6-FAM/TTTTTTTTTTT/ZEN/IAbRQSp/ (SEQ ID NO: 5), wherein /6-FAM is the fluorophore fluorescein amidite, T is a deoxythymidine nucleotide, ZEN is the ZEN dark quencher, and IAbRQSp is the Iowa Black dark quencher.
A turbofan engine comprising: an engine case ; a gaspath through the engine case ; a fan having a circumferential array of fan blades ; a compressor in fluid communication with the fan ; a combustor in fluid communication with the compressor; a turbine in fluid communication with the combustor, the turbine having a low pressure turbine section ; and a speed reduction mechanism coupling the low pressure turbine section to the fan ; wherein: a bypass area ratio is between 8.0 and 20.0; a ratio of an low pressure turbine section airfoil count to the bypass area ratio is less than about 170; and a hub-to-tip ratio (R I :R O ) of the low pressure turbine section is between 0.42 and about 0.48 measured at the maximum Ro axial location in the low pressure turbine section . an engine case ; a gaspath through the engine case ; a fan having a circumferential array of fan blades ; a compressor in fluid communication with the fan ; a combustor in fluid communication with the compressor; a turbine in fluid communication with the combustor, the turbine having a low pressure turbine section ; and a speed reduction mechanism coupling the low pressure turbine section to the fan ; a bypass area ratio is between 8.0 and 20.0; a ratio of an low pressure turbine section airfoil count to the bypass area ratio is less than about 170; and a hub-to-tip ratio (R I :R O ) of the low pressure turbine section is between 0.42 and about 0.48 measured at the maximum Ro axial location in the low pressure turbine section .
A method for performing a D2D transmission, comprising: receiving, by a first user equipment (UE), a TPC command from a base station, wherein the TPC command instructs the first UE to perform a D2D transmission either at a pre-defined transmit power level or at a transmit power level defined by a power control rule; obtaining, by the first UE, the transmit power level defined by the power control rule in accordance with P D 2 D = min P CMAX , D 2 D , 10 log 10 M + P O _ D 2 D , 1 + α ⋅ PL dBm , where P CMAX ,D 2 D is a maximum power level of a D2D communication channel, M is a bandwidth of a D2D communication channel resource assignment, PL is a downlink path loss estimate calculated for a serving cell, and P 0_D2D and α are provided by higher layer parameters; if the TPC command instructs the first UE to perform D2D transmission using the power control rule, the method further comprising: performing, by the UE, the D2D transmission at the transmit power level defined by the power control rule; if the TPC command instructs the first UE not to perform D2D transmission using the power control rule, the method further comprising: determining, by the UE, whether the D2D transmission coincides with a random access channel, RACH, transmission, and if the D2D transmission coincides with the RACH transmission, performing, by the first UE, the D2D transmission at the transmit power level defined by the power control rule; if the D2D transmission does not coincide with the RACH transmission, performing, by the first UE, the D2D transmission at the pre-defined transmit power level. receiving, by a first user equipment (UE), a TPC command from a base station, wherein the TPC command instructs the first UE to perform a D2D transmission either at a pre-defined transmit power level or at a transmit power level defined by a power control rule; obtaining, by the first UE, the transmit power level defined by the power control rule in accordance with where P CMAX ,D 2 D is a maximum power level of a D2D communication channel, M is a bandwidth of a D2D communication channel resource assignment, PL is a downlink path loss estimate calculated for a serving cell, and P 0_D2D and α are provided by higher layer parameters; if the TPC command instructs the first UE to perform D2D transmission using the power control rule, the method further comprising: performing, by the UE, the D2D transmission at the transmit power level defined by the power control rule; if the TPC command instructs the first UE not to perform D2D transmission using the power control rule, the method further comprising: determining, by the UE, whether the D2D transmission coincides with a random access channel, RACH, transmission, and if the D2D transmission coincides with the RACH transmission, performing, by the first UE, the D2D transmission at the transmit power level defined by the power control rule; if the D2D transmission does not coincide with the RACH transmission, performing, by the first UE, the D2D transmission at the pre-defined transmit power level.
A method for a machine type communication, MTC, service management using a virtual network function, VNF, the method comprising: receiving, by a virtual serving gateway, v-s-SGW, a request (S1313) for an MTC service from an MTC device through a radio node associated with the MTC device ; sending, by the v-s-SGW , an authentication request (S1315) to an MTC server to authenticate the MTC device ; receiving, by the v-s-SGW , an authentication response from the MTC server ; and upon successful authentication of the MTC device , establishing, by the v-s-SGW , an MTC bearer between the v-s-SGW and the radio node , wherein the MTC bearer is a group bearer that is not deleted and re-established when the MTC device moves; and wherein the v-s-SGW comprises a virtual connection management, v-CM, and a service specific serving gateway, s-SGW . receiving, by a virtual serving gateway, v-s-SGW, a request (S1313) for an MTC service from an MTC device through a radio node associated with the MTC device ; sending, by the v-s-SGW , an authentication request (S1315) to an MTC server to authenticate the MTC device ; receiving, by the v-s-SGW , an authentication response from the MTC server ; and upon successful authentication of the MTC device , establishing, by the v-s-SGW , an MTC bearer between the v-s-SGW and the radio node , wherein the MTC bearer is a group bearer that is not deleted and re-established when the MTC device moves; and wherein the v-s-SGW comprises a virtual connection management, v-CM, and a service specific serving gateway, s-SGW .
Method for producing cathodic protection for protecting reinforcing steel in a reinforced concrete structure to which a textile-reinforced concrete is applied, wherein the textile-reinforced concrete comprises a carbon fabric and a mortar, wherein a continuous electrical voltage is applied between a cathode and an anode, and wherein the reinforcing steel is used as the cathode and the carbon fabric is used as the anode, characterised in that the carbon fabric has a mesh size of from 5 to 30 mm and the mortar comprises a dry mortar, comprising a cement proportion, and mixing water, the weight ratio between the mixing water and the dry mortar being in the range of from 0.08 to 0.14 and/or the weight ratio between the mixing water and the cement being in the range of from 0.28 to 0.4, and the dry mortar comprising a cement-quartz sand mixture and an admixture for increasing the electrical conductivity of the mortar, the admixture comprising salts and the dry weight ratio between the cement-quartz sand mixture and the admixture for increasing the electrical conductivity in the dry mortar being in the range of from 0.1% to 5.5%.
An antenna unit , comprising: an antenna array comprising a plurality of antennas, the antenna array defining a first plane; and a lens plate comprising a mask pattern , the lens plate defining a second plane, wherein the lens plate is spaced apart from the antenna array and wherein the second plane of the lens plate is substantially parallel to the first plane of the antenna array; wherein the mask pattern is configured to focus first waves incident on the lens plate through diffraction to a first region of the antenna array , the first waves being incident on the lens plate at a first angle relative to an axis normal to the second plane of the lens plate; and characterized in that the mask pattern is configured to focus second waves incident on the lens plate through diffraction to the first region of the antenna array , the second waves being incident on the lens plate at a second angle relative to the axis, the second angle being different from the first angle; and wherein the mask pattern is defined by an interference pattern produced by the superposition of two mask patterns. an antenna array comprising a plurality of antennas, the antenna array defining a first plane; and a lens plate comprising a mask pattern , the lens plate defining a second plane, wherein the lens plate is spaced apart from the antenna array and wherein the second plane of the lens plate is substantially parallel to the first plane of the antenna array; wherein the mask pattern is configured to focus first waves incident on the lens plate through diffraction to a first region of the antenna array , the first waves being incident on the lens plate at a first angle relative to an axis normal to the second plane of the lens plate; and characterized in that the mask pattern is configured to focus second waves incident on the lens plate through diffraction to the first region of the antenna array , the second waves being incident on the lens plate at a second angle relative to the axis, the second angle being different from the first angle; and wherein the mask pattern is defined by an interference pattern produced by the superposition of two mask patterns.
Control device unit , in particular for a motor vehicle, comprising: a circuit board element having electrical components arranged on a mounting surface of the circuit board element , a housing in which the circuit board element is arranged, and a plurality of rectilinear connector pins (40-43) for connecting a female connector, wherein the connector pins (40-43) are each electrically connected to one or more of the electrical components , wherein the connector pins (40-43) are fastened in the circuit board element and are not fastened directly in the housing , and the housing has a connector reception opening for receiving the female connector, wherein the connector pins (40-43) extend from the circuit board element into the connector reception opening , wherein the connector reception opening comprises at least one centring lug for aligning the connector reception opening relative to the connector pins (40-43), characterized in that the control device unit further comprises a first casting layer , wherein the first casting layer is at least partially applied to a first side of the circuit board element in such a way that the first casting layer in each case completely surrounds a partial area of the connector pins (40-43). a circuit board element having electrical components arranged on a mounting surface of the circuit board element , a housing in which the circuit board element is arranged, and a plurality of rectilinear connector pins (40-43) for connecting a female connector, wherein the connector pins (40-43) are each electrically connected to one or more of the electrical components , wherein the connector pins (40-43) are fastened in the circuit board element and are not fastened directly in the housing , and the housing has a connector reception opening for receiving the female connector, wherein the connector pins (40-43) extend from the circuit board element into the connector reception opening , wherein the connector reception opening comprises at least one centring lug for aligning the connector reception opening relative to the connector pins (40-43), characterized in that the control device unit further comprises a first casting layer , wherein the first casting layer is at least partially applied to a first side of the circuit board element in such a way that the first casting layer in each case completely surrounds a partial area of the connector pins (40-43).
A machine for making and dispensing cold or ice beverages, such as cool drinks, slushes, sorbets and the like, comprising at least: - a containment and processing tank for the product to be dispensed which has a front wall , which is equipped at the bottom of it with a dispensing mouth for dispensing the beverage, - a dispenser , located at the beverage dispensing mouth and able to be turned on or off to allow the beverage to be dispensed; - a thermal treatment cylinder located inside the containment tank ; - a stirrer located outside an outer surface of said thermal treatment cylinder and adapted to rotate about a respective axis of rotation (X1); - a refrigerating plant comprising a first exchanger , a second heat exchanger , a pressure reducing unit and a compressor , the first heat exchanger being located inside said thermal treatment cylinder , - a containment compartment for the second heat exchanger and the compressor , said machine being characterised in that it comprises at least one first airflow intake cavity in fluid communication with said containment compartment and with the outside environment and at least one second airflow release cavity in fluid communication with said containment compartment and with the outside environment, said second release cavity being located above the first intake cavity so as to create an airflow with a vertical component which strikes the compressor and the second exchanger , that is to say, from the bottom upwards, wherein the containment compartment is formed by a front wall , by a rear wall , by an upper wall , by a lower wall , and by a pair of lateral walls , right and left, the machine comprises a frame and one or more of the front wall , the rear wall , the upper wall , the lower wall , and the pair of lateral walls , right and left, are removable relative to the frame and wherein the at least one first intake cavity is made in the lower wall . - a containment and processing tank for the product to be dispensed which has a front wall , which is equipped at the bottom of it with a dispensing mouth for dispensing the beverage, - a dispenser , located at the beverage dispensing mouth and able to be turned on or off to allow the beverage to be dispensed; - a thermal treatment cylinder located inside the containment tank ; - a stirrer located outside an outer surface of said thermal treatment cylinder and adapted to rotate about a respective axis of rotation (X1); - a refrigerating plant comprising a first exchanger , a second heat exchanger , a pressure reducing unit and a compressor , the first heat exchanger being located inside said thermal treatment cylinder , - a containment compartment for the second heat exchanger and the compressor ,
A variable configuration apparatus comprising a movement surface and at least one movable object , - said object comprising at least a movement device for moving said object along said movement surface , said movement device comprising: - a percussion mass and suspension means , constraining said percussion mass to said object , - moving means adapted to move said percussion mass repeatedly along a closed path and constrained to said object , - a head , constrained to said object , adapted to interfere with said closed path , - said percussion mass interfering with said head along an advance line and direction , - connection means for connecting said object to said movement surface adapted to create friction between said object and said movement surface , - when said percussion mass interferes with said head , it causes a reaction force exceeding said friction, which is capable of moving said object along said movement surface , - when said percussion mass does not interfere with said head along said closed path , it causes no reaction forces exceeding said friction, which are capable of moving said object along said movement surface . - said object comprising at least a movement device for moving said object along said movement surface , said movement device comprising: - a percussion mass and suspension means , constraining said percussion mass to said object , - moving means adapted to move said percussion mass repeatedly along a closed path and constrained to said object , - a head , constrained to said object , adapted to interfere with said closed path , - said percussion mass interfering with said head along an advance line and direction , - connection means for connecting said object to said movement surface adapted to create friction between said object and said movement surface , - when said percussion mass interferes with said head , it causes a reaction force exceeding said friction, which is capable of moving said object along said movement surface , - when said percussion mass does not interfere with said head along said closed path , it causes no reaction forces exceeding said friction, which are capable of moving said object along said movement surface . - a percussion mass and suspension means , constraining said percussion mass to said object , - moving means adapted to move said percussion mass repeatedly along a closed path and constrained to said object , - a head , constrained to said object , adapted to interfere with said closed path , - said percussion mass interfering with said head along an advance line and direction , - connection means for connecting said object to said movement surface adapted to create friction between said object and said movement surface , - when said percussion mass interferes with said head , it causes a reaction force exceeding said friction, which is capable of moving said object along said movement surface , - when said percussion mass does not interfere with said head along said closed path , it causes no reaction forces exceeding said friction, which are capable of moving said object along said movement surface .