mhurhangee/patent-ind-claim-en huggingface dataset:
A tethered closure device for a beverage container comprising: a frame device ; and a cap element with an at least partially connected recloseable lid element , wherein the cap element is rotatable disposed to the frame device characterized in that the tethered closure device comprises two tamper evident elements , wherein the first tamper evident element is disposed between the cap element and the frame device , wherein the first tamper evident element comprises at least one bridge element, which is configured to be broken after a first rotation movement of the cap element with regard to the frame device , characterized in that the second tamper evident element is disposed between the cap element and the lid element . a frame device ; and a cap element with an at least partially connected recloseable lid element , wherein the cap element is rotatable disposed to the frame device characterized in that the tethered closure device comprises two tamper evident elements , wherein the first tamper evident element is disposed between the cap element and the frame device , wherein the first tamper evident element comprises at least one bridge element, which is configured to be broken after a first rotation movement of the cap element with regard to the frame device , characterized in that the second tamper evident element is disposed between the cap element and the lid element .
Power electronic switching module, comprising at least one power semiconductor configured as a flat part having two flat sides facing away from one another, and a first switching contact electrically linked to the power semiconductor and a second switching contact electrically linked to the power semiconductor , wherein the second flat side of the power semiconductor is linked to the second switching contact , wherein the first and the second switching contacts are subjected to force towards one another at least in a region spaced apart from the power semiconductor and are spaced apart from one another by means of an electrical insulation , wherein the insulation is arranged and configured in such a way that it is removable owing to energization of the power semiconductor with a fault current, with the result that, in a fault situation associated with the fault current, the first and the second switching contacts are no longer spaced apart by the insulation and, on account of being subjected to force towards one another, make electrically conductive contact with one another and form an alternative fault current path, characterized in that the first flat side of the power semiconductor is linked to the first switching contact and the insulation extends from a surface section of the power semiconductor , said surface section being situated at the first and/or second switching contact, as far as the region. are spaced apart from one another by means of an electrical insulation , wherein the insulation is arranged and configured in such a way that it is removable owing to energization of the power semiconductor with a fault current, with the result that, in a fault situation associated with the fault current, the first and the second switching contacts are no longer spaced apart by the insulation and, on account of being subjected to force towards one another, make electrically conductive contact with one another and form an alternative fault current path, characterized in that the first flat side of the power semiconductor is linked to the first switching contact and the insulation extends from a surface section of the power semiconductor , said surface section being situated at the first and/or second switching contact, as far as the region.
A polymeric drinking container composed of polymeric material having a specific gravity, the polymeric drinking container simulating a glass drinking container in weight and liquid capacity IV G , IV P , the glass drinking container composed of a glass drinking container volume ΔV G of glass material and the polymeric drinking container comprising: a base composed of the polymeric material; and an enclosing wall composed of the polymeric material, the enclosing wall formed with the base, extending from the base and defining an opening opposite the base, wherein the base and enclosing wall are composed of a polymeric drinking container volume ΔV P of the polymeric material that is equal to the glass drinking container volume ΔV G plus an added amount ΔV PA where the added amount ΔV PA is equal to an ideal volume of polymer to be added ΔV PE multiplied by a multiplier M, the ideal volume of polymer to be added ΔV PE is equal to the glass drinking container volume ΔV G multiplied by the ratio of specific gravity of the glass to the specific gravity of the polymeric material and the multiplier M is in the range 0.7 to 1.3. a base composed of the polymeric material; and an enclosing wall composed of the polymeric material, the enclosing wall formed with the base, extending from the base and defining an opening opposite the base, wherein the base and enclosing wall are composed of a polymeric drinking container volume ΔV P of the polymeric material that is equal to the glass drinking container volume ΔV G plus an added amount ΔV PA where the added amount ΔV PA is equal to an ideal volume of polymer to be added ΔV PE multiplied by a multiplier M, the ideal volume of polymer to be added ΔV PE is equal to the glass drinking container volume ΔV G multiplied by the ratio of specific gravity of the glass to the specific gravity of the polymeric material and the multiplier M is in the range 0.7 to 1.3.
A rotary engine comprising: a housing defining a rotor cavity ; and a rotor rotationally received in the rotor cavity , characterised in that : the rotor cavity is defined with a peripheral inner surface having a peritrochoid configuration defined by a first eccentricity e H ; and the rotor has a peripheral outer surface defining a plurality of circumferentially spaced apex portions each including an apex seal biased away from the peripheral outer surface and engaging the peripheral inner surface of the rotor cavity , the peripheral outer surface of the rotor having a peritrochoid inner envelope configuration defined by a second eccentricity e R , the second eccentricity e R being larger than the first eccentricity e H . a housing defining a rotor cavity ; and a rotor rotationally received in the rotor cavity , characterised in that : the rotor cavity is defined with a peripheral inner surface having a peritrochoid configuration defined by a first eccentricity e H ; and the rotor has a peripheral outer surface defining a plurality of circumferentially spaced apex portions each including an apex seal biased away from the peripheral outer surface and engaging the peripheral inner surface of the rotor cavity , the peripheral outer surface of the rotor having a peritrochoid inner envelope configuration defined by a second eccentricity e R , the second eccentricity e R being larger than the first eccentricity e H . the rotor cavity is defined with a peripheral inner surface having a peritrochoid configuration defined by a first eccentricity e H ; and the rotor has a peripheral outer surface defining a plurality of circumferentially spaced apex portions each including an apex seal biased away from the peripheral outer surface and engaging the peripheral inner surface of the rotor cavity , the peripheral outer surface of the rotor having a peritrochoid inner envelope configuration defined by a second eccentricity e R , the second eccentricity e R being larger than the first eccentricity e H .
A method for diagnosis of an active autoimmune hepatitis in a subject, comprising the following steps of: (i) detecting the co-expression of PD-1 (Programmed cell death 1) and CD38 at the surface of T lymphocytes, in a blood sample of said subject, and determining the frequency of co-expression of PD-1 and CD38; (ii) comparing the frequency of co-expression of PD-1 and CD38 determined in (i) with a reference value of the frequency of co-expression of PD-1 and CD38; (iii) testing for the presence or absence of a deviation of the frequency of co-expression of PD-1 and CD38 determined in (ii) from the reference value; (iv) attributing the presence of a deviation to a diagnosis of autoimmune hepatitis in the subject. (i) detecting the co-expression of PD-1 (Programmed cell death 1) and CD38 at the surface of T lymphocytes, in a blood sample of said subject, and determining the frequency of co-expression of PD-1 and CD38; (ii) comparing the frequency of co-expression of PD-1 and CD38 determined in (i) with a reference value of the frequency of co-expression of PD-1 and CD38; (iii) testing for the presence or absence of a deviation of the frequency of co-expression of PD-1 and CD38 determined in (ii) from the reference value; (iv) attributing the presence of a deviation to a diagnosis of autoimmune hepatitis in the subject.
A method of transmitting an uplink signal, by a user equipment, UE, in a wireless communication system, the method comprising: reporting, to a base station, BS, capability information, wherein the capability information comprises information related to the simultaneous transmission capability for the uplink signal of different transmission time interval, TTI, lengths; receiving (S510) a downlink data channel in at least one serving cell based on the capability information; and transmitting (S520) a first uplink control channel for the downlink data channel, characterized in that the cell to carry the first uplink control channel is a primary cell of an uplink control channel group to which the at least one serving cell belongs, and the primary cell to carry the first uplink control channel is configured to support a short TTI, sTTI,-based operation based on the sTTI-based operation configured to the at least one serving cell. reporting, to a base station, BS, capability information, wherein the capability information comprises information related to the simultaneous transmission capability for the uplink signal of different transmission time interval, TTI, lengths; receiving (S510) a downlink data channel in at least one serving cell based on the capability information; and transmitting (S520) a first uplink control channel for the downlink data channel, characterized in that the cell to carry the first uplink control channel is a primary cell of an uplink control channel group to which the at least one serving cell belongs, and the primary cell to carry the first uplink control channel is configured to support a short TTI, sTTI,-based operation based on the sTTI-based operation configured to the at least one serving cell.
A handheld surgical instrument comprising: An energy storage element coupled to an impacting mechanism ; wherein the impacting mechanism includes a tip configured to impact a bone; A power transmission mechanism configured to transmit energy from the energy storage element to the impacting mechanism , wherein the power transmission mechanism includes a semi-flexible metal wire guided by a hollow shaft , wherein the hollow shaft includes a bend in a distal end; A trigger mechanism configured to release energy from the energy storage element ; and A manual lever which, when actuated, simultaneously retracts the tip and charges the energy storage element . An energy storage element coupled to an impacting mechanism ; wherein the impacting mechanism includes a tip configured to impact a bone; A power transmission mechanism configured to transmit energy from the energy storage element to the impacting mechanism , wherein the power transmission mechanism includes a semi-flexible metal wire guided by a hollow shaft , wherein the hollow shaft includes a bend in a distal end; A trigger mechanism configured to release energy from the energy storage element ; and A manual lever which, when actuated, simultaneously retracts the tip and charges the energy storage element .
A brake pad assembly for use with a brake caliper piston that applies a compressive force to the brake pad assembly, comprising: a fully-formed friction lining providing a wear surface for contacting a brake rotor ; and a fully-formed back plate having a first side that is coupled to the friction lining and an opposite second side to receive the compressive force of a caliper piston, characterized by the back plate being made of a carbon fiber reinforced carbonaceous matrix composite, wherein the back plate includes a generally planar support surface to couple to the friction lining that defines an x-y in-plane direction and a majority of the carbon fibers of the back plate are oriented in the x-y in-plane direction to conduct thermal energy produced by the compressive force on the brake pad assembly along the x-y in-plane direction of the back plate and away from the caliper piston, and resulting in a back plate where the thermal conductivity is at least 2 times greater in the x-y in-plane direction of the back plate versus a z through-plane direction of the back plate . a fully-formed friction lining providing a wear surface for contacting a brake rotor ; and a fully-formed back plate having a first side that is coupled to the friction lining and an opposite second side to receive the compressive force of a caliper piston, characterized by the back plate being made of a carbon fiber reinforced carbonaceous matrix composite, wherein the back plate includes a generally planar support surface to couple to the friction lining that defines an x-y in-plane direction and a majority of the carbon fibers of the back plate are oriented in the x-y in-plane direction to conduct thermal energy produced by the compressive force on the brake pad assembly along the x-y in-plane direction of the back plate and away from the caliper piston, and resulting in a back plate where the thermal conductivity is at least 2 times greater in the x-y in-plane direction of the back plate versus a z through-plane direction of the back plate .
A crystallizing evaporator including: - a vertical reactor vessel ; - a heating chamber arranged in the lower region of the vessel ; and - a stirrer for circulating a solution or suspension to be crystallized in the vessel and directing it into the heating chamber , having a shaft suspended vertically from the top and a main propeller connected directly to the lower end of the shaft and arranged in a primary mixing zone of the vessel , wherein the stirrer further has on this shaft and upstream of the main propeller at least one further means for active flow conducting of the solution or suspension , wherein either the means for active flow conducting is each designed as a propeller, whose diameter is less than 50% of the diameter of the main propeller , wherein a plurality of propellers are arranged at a distance from each other along the shaft , or wherein the means for active flow conducting is designed as a screw running along the shaft above the main propeller , which diameter is at most 50% of the diameter of the main propeller , characterised in that fixed baffle plates are arranged adjacent to the main propeller . - a vertical reactor vessel ; - a heating chamber arranged in the lower region of the vessel ; and - a stirrer for circulating a solution or suspension to be crystallized in the vessel and directing it into the heating chamber , having a shaft suspended vertically from the top and a main propeller connected directly to the lower end of the shaft and arranged in a primary mixing zone of the vessel , wherein the stirrer further has on this shaft and upstream of the main propeller at least one further means for active flow conducting of the solution or suspension , wherein either the means for active flow conducting is each designed as a propeller, whose diameter is less than 50% of the diameter of the main propeller , wherein a plurality of propellers are arranged at a distance from each other along the shaft , or wherein the means for active flow conducting is designed as a screw running along the shaft above the main propeller , which diameter is at most 50% of the diameter of the main propeller , characterised in that fixed baffle plates are arranged adjacent to the main propeller .
A method of manufacturing a display device , the method comprises the subsequent steps of: providing a display panel comprising a thin film transistor (T) and a pixel electrode by scribing a mother substrate; disposing a polarizing layer having a planar area larger than that of the display panel on one surface of the display panel ; and cutting the polarizing layer using a cutting laser beam and simultaneously polishing a side of the display panel such that a corresponding side of the polarizing layer and the side of the display panel are coplanar to each other, applying a conductive paste (CPA) onto the side of the display panel and patterning the conductive paste using a patterning laser. providing a display panel comprising a thin film transistor (T) and a pixel electrode by scribing a mother substrate; disposing a polarizing layer having a planar area larger than that of the display panel on one surface of the display panel ; and cutting the polarizing layer using a cutting laser beam and simultaneously polishing a side of the display panel such that a corresponding side of the polarizing layer and the side of the display panel are coplanar to each other, applying a conductive paste (CPA) onto the side of the display panel and patterning the conductive paste using a patterning laser.
A data processor , comprising outputs to provide control signals (Ca,...,Cna) to control respective actuators that affect indoor climate related variables , wherein said data processor jointly resolves a set of coupled optimization problems of the following form z Φ k = arg min z Φ S Φ k + 1 O z Φ − Φ ̃ k + 1 T Q Φ k S Φ k + 1 O z Φ − Φ ̃ k + 1 + O I z Φ T R Φ k O I z Φ subject to A Φ k − B Φ k z Φ − b ′ Φ k Φ k e Φ k = 0 wherein: z Φ = Φ q Φ is an augmented state-vector comprising a vector Φ specifying the spatial distribution of a climate related variable with respect to a plurality of spatial cells, and a source term q Φ to be resolved, said source term corresponding to settings for said control signals and wherein z Φ k = Φ k + 1 q Φ k is the solution found for point in time k, Φ̃ k +1 being a vector specifying a setpoint specified for said climate related variable at point in time k+1 for at least a part of said plurality of cells, e Φ k are boundary conditions relevant for said climate related variable at point in time k, S is a selection matrix, selecting cells for said distribution having a setpoint, O is the zero matrix, I is the identity matrix and Q and R are weighting matrices for tracking and energy consumption, and wherein A Φ is a matrix that defines the development of vector Φ as a function of one or more other vectors of climate related variables, wherein B Φ is a matrix that maps the source terms for field Φ to the cell field values affected by those source terms, and wherein the data processor provides the control signals (Ca,...,Cna) to said respective actuators in accordance with the source term q Φ .
A closure device , comprising a first closure part which includes a base body and at least one closure element rotatably arranged on the base body about an axis of rotation (D), wherein the at least one closure element includes a base body and at least one first locking portion arranged on the base body , and at least one second closure part , which includes a base element and at least one second locking portion arranged on the base element , wherein the first closure part and the least one second closure part can be placed against each other along a placement direction (A), wherein the first closure part and the at least one second closure part are placed against each other in a closed position such that the at least one first locking portion of the at least one closure element and the at least one second locking portion of the at least one second closure part are in engagement with each other, and wherein for releasing the first closure part and the at least one second closure part from each other, the at least one first locking portion of the at least one closure element and the at least one second locking portion of the at least one second closure part can be brought out of engagement with each other by rotating the at least one closure element relative to the base body of the first closure part , characterized by an actuating element adjustably arranged on the base body , which is operatively connected to the at least one closure element in such a way that by displacing the actuating element relative to the base body , the at least one closure element is rotatable relative to the base body . a first closure part which includes a base body and at least one closure element rotatably arranged on the base body about an axis of rotation (D), wherein the at least one closure element includes a base body and at least one first locking portion arranged on the base body , and at least one second closure part , which includes a base element and at least one second locking portion arranged on the base element , wherein the first closure part and the least one second closure part can be placed against each other along a placement direction (A), wherein the first closure part and the at least one second closure part are placed against each other in a closed position such that the at least one first locking portion of the at least one closure element and the at least one second locking portion of the at least one second closure part are in engagement with each other, and wherein for releasing the first closure part and the at least one second closure part from each other, the at least one first locking portion of the at least one closure element and the at least one second locking portion of the at least one second closure part can be brought out of engagement with each other by rotating the at least one closure element relative to the base body of the first closure part ,