mhurhangee/patent-ind-claim-en huggingface dataset:
A touch-control structure for a flexible display device , comprising: a flexible display panel having a visible surface ; at least one menu display area being located on one side of the visible surface , wherein each menu display area presents one function; a touch film having a first flexible substrate and an operating contact surface , wherein the visible surface and the operating contact surface are disposed on two opposite ends of the touch structure respectively; and at least one sensing element being disposed on one side of the first flexible substrate corresponding to the at least one menu display area ; wherein a clamping force, which is applied to the menu display area on one side of the visible surface and to the sensing element on the operating contact surface of the flexible display, causes the sensing element to generate a touching signal for performing the corresponding function, characterized in that the at least one sensing element is a force sensor or a force sensing resistor. a flexible display panel having a visible surface ; at least one menu display area being located on one side of the visible surface , wherein each menu display area presents one function; a touch film having a first flexible substrate and an operating contact surface , wherein the visible surface and the operating contact surface are disposed on two opposite ends of the touch structure respectively; and at least one sensing element being disposed on one side of the first flexible substrate corresponding to the at least one menu display area ; wherein a clamping force, which is applied to the menu display area on one side of the visible surface and to the sensing element on the operating contact surface of the flexible display, causes the sensing element to generate a touching signal for performing the corresponding function, characterized in that the at least one sensing element is a force sensor or a force sensing resistor.
A method for controlling a wind power installation , wherein - the wind power installation has a rotor with a plurality of rotor blades , - the rotor blades are adjustable in their blade angle, - each rotor blade is activatable individually, - for the individual activation, in each case a total adjustment rate R of which indicates an intended speed of change of the respective blade angle is predetermined, - a collective blade angle identical for all of the rotor blades is provided, - a collective adjustment rate (Rc) identical for all of the rotor blades describes an intended speed of change of the collective blade angle, - an individual offset angle (α of ) which indicates a value by which the blade angle is intended to deviate from the collective blade angle (α c ) is predetermined for each rotor blade, - an individual feed forward control adjustment rate which indicates an adjustment rate which is provided for reaching the offset angle is determined for each rotor blade from the individual offset angle, - an individual offset deviation is determined for each rotor blade depending on a comparison of the individual offset angle (α of ) and a detected blade angle of the rotor blade, and - the total adjustment rate of each rotor blade is determined depending on - the collective blade angle and/or the collective adjustment rate, - the individual feed forward control adjustment rate, and - the individual offset deviation. - the wind power installation has a rotor with a plurality of rotor blades , - the rotor blades are adjustable in their blade angle, - each rotor blade is activatable individually, - for the individual activation, in each case a total adjustment rate R of which indicates an intended speed of change of the respective blade angle is predetermined, - a collective blade angle identical for all of the rotor blades is provided, - a collective adjustment rate (Rc) identical for all of the rotor blades describes an intended speed of change of the collective blade angle, - an individual offset angle (α of ) which indicates a value by which the blade angle is intended to deviate from the collective blade angle (α c ) is predetermined for each rotor blade, - an individual feed forward control adjustment rate which indicates an adjustment rate which is provided for reaching the offset angle is determined for each rotor blade from the individual offset angle, - an individual offset deviation is determined for each rotor blade depending on a comparison of the individual offset angle (α of ) and a detected blade angle of the rotor blade, and - the total adjustment rate of each rotor blade is determined depending on - the collective blade angle and/or the collective adjustment rate, - the individual feed forward control adjustment rate, and - the individual offset deviation. - the collective blade angle and/or the collective adjustment rate, - the individual feed forward control adjustment rate, and - the individual offset deviation.
A sausage casing stuffer for a stuffing machine, comprising: • a housing with approximately cylindrical shape; • a sausage casing pulling device for inserting a sausage casing into a stuffer horn tube, said device being attached to a drive shaft disposed at one end of said housing , and comprising two identical conical toothed wheels , with their toothed faces opposing each other; • a direct-current electrical motor arranged inside the housing , adapted to actuate the sausage casing pulling device by means of said drive shaft ; • a handle disposed on the outer surface of the housing, with an actuation system for controlling the direct-current electrical motor; • a waterproof power supply for the direct-current electrical motor arranged in the exterior of the said housing and electrically connected to the actuation system at will, and to said direct-current electrical motor; • a control unit, arranged on the power supply source , to control at will, the voltage supplied by the power supply to the direct-current motor in order to regulate the speed of rotation and the torque of the direct-current electrical motor; • a base having articulating joint means to the housing, and having fixing means to fix it at will to a surface independent from the stuffer; said articulating joint means allowing the rotation of the housing with respect to said base, and comprising an axis that is horizontal and perpendicular to the longitudinal axis of the housing and its corresponding bearing, and an axis parallel to the longitudinal axis of said housing, so that the housing can rotate on both axes, characterised in that : the pulling device is configured such that when disengaging the pulling device from the drive shaft , said conical toothed wheels may rotate 60° one with respect to the other so as to be able to vary and adjust the axial distance between them, in order to adjust said distance to the diameter of the tube of the stuffer horn of the stuffing machine. • a housing with approximately cylindrical shape; • a sausage casing pulling device for inserting a sausage casing into a stuffer horn tube, said device being attached to a drive shaft disposed at one end of said housing , and comprising two identical conical toothed wheels , with their toothed faces opposing each other; • a direct-current electrical motor arranged inside the housing , adapted to actuate the sausage casing pulling device by means of said drive shaft ; • a handle disposed on the outer surface of the housing, with an actuation system for controlling the direct-current electrical motor; • a waterproof power supply for the direct-current electrical motor arranged in the exterior of the said housing and electrically connected to the actuation system at will, and to said direct-current electrical motor; • a control unit, arranged on the power supply source , to control at will, the voltage supplied by the power supply to the direct-current motor in order to regulate the speed of rotation and the torque of the direct-current electrical motor; • a base having articulating joint means to the housing, and having fixing means to fix it at will to a surface independent from the stuffer;
Bicycle frame for electric bicycles, with several frame struts connected with one another which form at least one down tube , a saddle tube and a steering head tube of the bicycle frame , with an electric motor and with a device for the releasable fastening of an energy supply unit for the electric motor on the down tube of the bicycle frame , wherein the fastening device for the energy supply unit has a pivot bearing for the energy supply unit as first counter bearing and a second counter bearing , wherein the frame strut forming the down tube of the bicycle frame has a downwardly open receiving cavity for the energy supply unit , characterised in that at both sides of the receiving cavity hollow chambers are formed moulded integrally in the frame strut which are connected with one another via a covering flank .
Sunflower seed oil with high heat stability with a saturated fatty acid, in particular palmitic acid and stearic acid, content between 15% and 45% of the total fatty acids present in the oil, an oleic acid content between 45% and 75% of the total fatty acids present in the oil, and a gamma-tocopherol and delta-tocopherol sum content greater than 85% of the total tocopherols present in the oil, wherein the total tocopherol content is at least 500 mg per kg of oil, and wherein the high heat stability is greater than that of sunflower oil which only has the fatty acid or the tocopherol profile modified.
Animal protection system emitting a sequence of warning sounds, comprising a memory with acoustic signals, a main source of energy, a back-up source of energy, a power amplifier, an internal control circuit, an external control circuit, wherein the system additionally comprises at least one container of the animal protection device, which is a control and monitoring unit comprising at least one diagnostic and control module, connected to at least one animal protection device arranged along the track, which is an animal protection and deterring device, characterised in that the animal protection device is additionally connected to at least one sensor detecting the passage of a railway vehicle and furthermore the container of the animal protection device is additionally connected to at least one SSI automatic block system station interface .
A fusion protein comprising a C5 binding polypeptide wherein said C5 binding polypeptide comprises a C5 binding motif, BM, which motif consists of the amino acid sequence EX 2 X 3 X 4 A X 6 X 7 EID X 11 LPNL X 16 X 17 X 18 QW X 21 AFIX 25 X 26 LX 28 D, wherein, independently of each other, X 2 is selected from H, Q, S, T and V; X 3 is selected from I, L, M and V; X 4 is selected from A, D, E, H, K, L, N, Q, R, S, T and Y; X 6 is selected from N and W; X 7 is selected from A, D, E, H, N, Q, R, S and T; X 11 is selected from A, E, G, H, K, L, Q, R, S, T and Y; X 16 is selected from N and T; X 17 is selected from I, L and V; X 18 is selected from A, D, E, H, K, N, Q, R, S and T; X 21 is selected from I, L and V; X 25 is selected from D, E, G, H, N, S and T; X 26 is selected from K and S; X 28 is selected from A, D, E, H, N, Q, S, T and Y; wherein said C5 binding motif forms part of a three-helix bundle protein domain and wherein said C5 binding polypeptide exhibits binding activity to human C5 and to C5 of animal models, such as mouse or rat. wherein, independently of each other, X 2 is selected from H, Q, S, T and V; X 3 is selected from I, L, M and V; X 4 is selected from A, D, E, H, K, L, N, Q, R, S, T and Y; X 6 is selected from N and W; X 7 is selected from A, D, E, H, N, Q, R, S and T; X 11 is selected from A, E, G, H, K, L, Q, R, S, T and Y; X 16 is selected from N and T; X 17 is selected from I, L and V; X 18 is selected from A, D, E, H, K, N, Q, R, S and T; X 21 is selected from I, L and V; X 25 is selected from D, E, G, H, N, S and T; X 26 is selected from K and S; X 28 is selected from A, D, E, H, N, Q, S, T and Y; wherein said C5 binding motif forms part of a three-helix bundle protein domain and wherein said C5 binding polypeptide exhibits binding activity to human C5 and to C5 of animal models, such as mouse or rat.
A modular support for a dental prosthesis , the modular support configured for securement to a plurality of abutments , each engaging a respective dental implant , said modular support comprising: a plurality of connectors , each connector releasably engageable to a respective abutment ; a plurality of collars , each collar including a bore extending substantially orthogonal to an occlusal plane (OP), wherein each collar surrounds a respective connector positioned in its bore ; a pair of planar wings vertically spaced from one another extending from at least one collar substantially parallel to the occlusal plane (OP); and a planar tab extending substantially parallel to the occlusal plane (OP), wherein at least one end of the planar tab extends between the pair of planar wings , wherein the collars , planar wings and planar tab provide an internal reinforcing framework for the dental prosthesis , and characterized in that an overlapping planar configuration of the wings and tabs allows minor angular adjustment therebetween. a plurality of connectors , each connector releasably engageable to a respective abutment ; a plurality of collars , each collar including a bore extending substantially orthogonal to an occlusal plane (OP), wherein each collar surrounds a respective connector positioned in its bore ; a pair of planar wings vertically spaced from one another extending from at least one collar substantially parallel to the occlusal plane (OP); and a planar tab extending substantially parallel to the occlusal plane (OP), wherein at least one end of the planar tab extends between the pair of planar wings , wherein the collars , planar wings and planar tab provide an internal reinforcing framework for the dental prosthesis , and characterized in that an overlapping planar configuration of the wings and tabs allows minor angular adjustment therebetween.
A circuit arrangement having a digital switched output for connecting a load which can be connected between the switched output and another output , said arrangement comprising at least one semiconductor switch arranged, with a switching path, between a supply voltage connection and the switched output , and comprising a control and test circuit with an input which is designed to switch the semiconductor switches on or off in accordance with the input, wherein the at least one semiconductor switch is connected to the switched output via an inductance , and wherein a connecting node between the at least one semiconductor switch and the inductance is connected to the other output via a free-wheeling element, characterized in that the control and test circuit is designed to control the at least one semiconductor switch with a brief blanking pulse and to determine whether the brief blanking pulse in the control of the at least one semiconductor switch is observable at a test connection .
An electrical connection which has at least two contact parts , an insulating housing and a connection element , a. wherein both contact parts are connected to each other by means of the connecting element , b. wherein the insulating housing comprises one or more through holes , for receiving measuring electrodes for determining a contact resistance (R) between both contact parts , characterized in that the insulating housing is configured for four-point measurement with four measuring electrodes , namely two measuring electrodes for each contact part . a. wherein both contact parts are connected to each other by means of the connecting element , b. wherein the insulating housing comprises one or more through holes , for receiving measuring electrodes for determining a contact resistance (R) between both contact parts ,
Hybrid transmission for a motor vehicle provided with an internal combustion engine and at least one driving electric machine , two coaxial primary shafts , one of which is solid and the other of which is hollow, connected to the crankshaft of the internal combustion engine and to an electric machine , a secondary shaft connected to the wheels of the vehicle via a differential , and a shaft for transferring movement from a primary shaft to the secondary shaft and coupling the primary shafts , wherein the electric machine is disposed at the same end of the primary shafts as the internal combustion engine and wherein the hollow primary shaft carries fixed teeth for the continuous transfer of the movement to the transfer shaft , characterized in that the primary shafts are connected to the internal combustion engine and to the electric machine without a disconnect clutch, and in that the hollow primary shaft carries two electrical ratio fixed gears meshing with idler gears of the secondary shaft .
An antibody for use in a method of treating or preventing a cancer disease characterized by cancer cells expressing CLDN18.2, said antibody having the ability of specifically binding to CLDN18.2 on the cell surface and mediating killing of cells expressing CLDN18.2 by ADCC and/or CDC, wherein the method is a combination therapy with an agent stabilizing or increasing expression of CLDN18.2, said agent being selected from the group consisting of (i) oxaliplatin and 5-fluorouracil, (ii) epirubicin, oxaliplatin and 5-fluorouracil, (iii) 5-fluorouracil, folinic acid and oxaliplatin, (iv) Irinotecan, (v) Docetaxel and (vi) Cisplatin.
A method of performing static analysis on source code having a low level language source code (P low ) embedded in a high level language source code (P high ), wherein the high level language source code (P high ) is represented in a high level representation that the static analysis can be performed on, the method comprising the steps of: transforming the embedded low level language source code (P low ) to the high level representation that the static analysis can be performed on, by identifying a set of instructions in the low level language source code that represents a single high level statement in the high level representation, and transforming the set of instructions to represent the single high level statement in the high level representation; and performing static analysis on the combined high level representation of both the high level language source code (P high ) and of the low level source code (P low ). transforming the embedded low level language source code (P low ) to the high level representation that the static analysis can be performed on, by identifying a set of instructions in the low level language source code that represents a single high level statement in the high level representation, and transforming the set of instructions to represent the single high level statement in the high level representation; and performing static analysis on the combined high level representation of both the high level language source code (P high ) and of the low level source code (P low ).
A method for negotiating a security mechanism with a responding security gateway , the method comprising: in a negotiation stage: establishing a first connection between an initiating security gateway and the responding security gateway, wherein the first connection is configured to provide integrity protection of messages communicated between the initiating security gateway and the responding security gateway; transmitting a request message to the responding security gateway over the first connection, wherein the request message identifies one or more security mechanisms supported by the initiating security gateway; receiving a response message from the responding security gateway over the first connection, wherein the response message identifies an application layer security mechanism selected by the responding security gateway from among the one or more security mechanisms supported by the initiating security gateway; in a communications stage: communicating signaling messages with the responding security gateway using the selected application layer security mechanism. in a negotiation stage: establishing a first connection between an initiating security gateway and the responding security gateway, wherein the first connection is configured to provide integrity protection of messages communicated between the initiating security gateway and the responding security gateway; transmitting a request message to the responding security gateway over the first connection, wherein the request message identifies one or more security mechanisms supported by the initiating security gateway; receiving a response message from the responding security gateway over the first connection, wherein the response message identifies an application layer security mechanism selected by the responding security gateway from among the one or more security mechanisms supported by the initiating security gateway; establishing a first connection between an initiating security gateway and the responding security gateway, wherein the first connection is configured to provide integrity protection of messages communicated between the initiating security gateway and the responding security gateway; transmitting a request message to the responding security gateway over the first connection, wherein the request message identifies one or more security mechanisms supported by the initiating security gateway; receiving a response message from the responding security gateway over the first connection, wherein the response message identifies an application layer security mechanism selected by the responding security gateway from among the one or more security mechanisms supported by the initiating security gateway; in a communications stage: communicating signaling messages with the responding security gateway using the selected application layer security mechanism.
A grease composition comprising a lubricant base oil having a density of 0.75 to 0.95 g/cm 3 at 15°C, an amide compound, a solid lubricant, and a metal soap-based thickener, wherein the solid lubricant is boron nitride, and wherein the content of the lubricant base oil is 60 to 85 mass% based on the total amount of the grease composition, the content of the amide compound is 5 to 30 mass% based on the total amount of the grease composition, the content of the solid lubricant is 0.2 to 5 mass% based on the total amount of the grease composition, and the content of the metal soap-based thickener is 5 to 15 mass% based on the total amount of the grease composition.
An apparatus comprising: a surgical instrument comprising: a body including a driven disk receptacle ; a shaft comprising a proximal end, wherein the proximal end of the shaft extends into the driven disk receptacle; and a driven disk mounted on the proximal end of the shaft so that the driven disk is positioned in the driven disk receptacle, the driven disk comprising a driven interface , wherein the driven interface comprises an engagement receptacle , drive dog receptacles , and a rotation disable element , and wherein upon engagement of the rotation disable element, the rotation disable element engages with the driven disk receptacle to prevent rotation of the driven disk . a body including a driven disk receptacle ; a shaft comprising a proximal end, wherein the proximal end of the shaft extends into the driven disk receptacle; and a driven disk mounted on the proximal end of the shaft so that the driven disk is positioned in the driven disk receptacle, the driven disk comprising a driven interface , wherein the driven interface comprises an engagement receptacle , drive dog receptacles , and a rotation disable element , and wherein upon engagement of the rotation disable element, the rotation disable element engages with the driven disk receptacle to prevent rotation of the driven disk .