mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for making capsules of the type comprising a container and a dose of product (P) inserted in the container , said machine comprising a feed system for feeding at least a first container along a feed path in a direction of feed (V), said feed system comprising at least a first seat for said first container , said machine comprising at least one filling station positioned along the feed path and comprising at least one filling unit for supplying a dose of said product (P) into said first container , said machine comprising at least one detecting station positioned along said feed path downstream of said filling station according to said direction of feed (V) and comprising a detecting sensor operating at said first seat , said detecting sensor being designed to detect a first significant parameter of said product supplied into said first container , the system comprising an endless belt , trained around at least one pulley, having an axis of rotation (R); the belt having an inside face directed towards the axis of rotation (R) and an outside face directed towards the side opposite the axis (R); said feed system comprising a plurality of brackets each comprising at least said first seat for said first container , each bracket comprising a first arm connected to the face of the belt and extending in parallel with the axis (R); each bracket comprising a second arm extending from the first arm having a plurality of seats each designed to receive and support a respective container ; said machine being characterized in that said detecting sensor is a microwave sensor and said first parameter is the moisture or the density of the dose of product (P) supplied into said first container; said detecting sensor comprises a cylindrical resonator positioned above said first seat in said detecting station and comprising a cavity opposite said first seat , said detecting station comprising a lifting device , located on the opposite side of the resonator relative to the arm , operating at said first seat , positioned below said bracket and movable between a lowered position and a raised position, said lifting device being designed to at transfer said first container from said first seat into said cavity and vice versa.
A calculator comprising: an input unit ; a display ; and a processor, wherein the processor is configured to perform following processes: receiving a selection of a calculation function type according to a user's operation; receiving an input of calculation object data according to the selected calculation function type, according to a user's operation; characterized by converting at least one of the calculation object data and calculation result data obtained by a calculation based on the input calculation object data into a two-dimensional code (Q) according to the selected calculation function type; and displaying the two-dimensional code (Q) as image data on the display . an input unit ; a display ; and a processor, wherein the processor is configured to perform following processes: receiving a selection of a calculation function type according to a user's operation; receiving an input of calculation object data according to the selected calculation function type, according to a user's operation; characterized by converting at least one of the calculation object data and calculation result data obtained by a calculation based on the input calculation object data into a two-dimensional code (Q) according to the selected calculation function type; and displaying the two-dimensional code (Q) as image data on the display . receiving a selection of a calculation function type according to a user's operation; receiving an input of calculation object data according to the selected calculation function type, according to a user's operation; characterized by converting at least one of the calculation object data and calculation result data obtained by a calculation based on the input calculation object data into a two-dimensional code (Q) according to the selected calculation function type; and displaying the two-dimensional code (Q) as image data on the display .
System for reverse osmosis, RO, and for pressure retarded osmosis, PRO, comprising: a RO subsystem with a high-pressure RO chamber and a low-pressure RO chamber separated by a RO membrane , the high-pressure RO chamber having a RO feed inlet and a brine outlet and the low-pressure RO chamber having a permeate outlet ; a PRO subsystem with a high-pressure PRO chamber and a low-pressure PRO chamber separated by a PRO membrane , the high-pressure PRO chamber having a draw inlet and a draw outlet and the low-pressure PRO chamber having PRO feed inlet and a PRO feed outlet ; said system being characterized in that it further comprises a hydraulic pump configured for providing a feed solution to the RO feed inlet is mechanically connected to a hydraulic motor configured for receiving a draw solution from the draw outlet . a RO subsystem with a high-pressure RO chamber and a low-pressure RO chamber separated by a RO membrane , the high-pressure RO chamber having a RO feed inlet and a brine outlet and the low-pressure RO chamber having a permeate outlet ; a PRO subsystem with a high-pressure PRO chamber and a low-pressure PRO chamber separated by a PRO membrane , the high-pressure PRO chamber having a draw inlet and a draw outlet and the low-pressure PRO chamber having PRO feed inlet and a PRO feed outlet ; said system being characterized in that it further comprises a hydraulic pump configured for providing a feed solution to the RO feed inlet is mechanically connected to a hydraulic motor configured for receiving a draw solution from the draw outlet .
A method of sequestration of greenhouse gases, the method comprising: drilling a borehole through a caprock and into a formation beneath the caprock; disposing one or more neutrally buoyant sensors within a mud filter cake around the borehole; casing the borehole with the sensors outside of the casing; filling an annulus with cement , the cement comprising one or more neutral buoyant sensors ; injecting a greenhouse gas into the storage formation; and monitoring an integrity of the borehole by powering and interrogating the one or more sensors with a wireline tool movable inside the casing. drilling a borehole through a caprock and into a formation beneath the caprock; disposing one or more neutrally buoyant sensors within a mud filter cake around the borehole; casing the borehole with the sensors outside of the casing; filling an annulus with cement , the cement comprising one or more neutral buoyant sensors ; injecting a greenhouse gas into the storage formation; and monitoring an integrity of the borehole by powering and interrogating the one or more sensors with a wireline tool movable inside the casing.
Electroporation device comprising a forceps-type member and first and second electrodes carried by the forceps-type member so that they can be moved towards and away from each other, characterized in that it further comprises a third electrode configured to be movable independently of the first and second electrodes to allow to modify the spatial configuration of an electrical field generated by the device .
A semiconductor structure, comprising: a first chip , wherein the first chip comprises a first substrate , a first conductive connection wire and a first conductive contact pad , the first conductive contact pad is connected to the first conductive connection wire , the first conductive contact pad comprises a first conductor and a second conductor , and a melting point of the first conductor is higher than a melting point of the second conductor ; and a second chip , wherein the second chip comprises a second substrate , a second conductive connection wire and a second conductive contact pad , the second conductive contact pad is connected to the second conductive connection wire , the second conductive contact pad comprises a third conductor and a fourth conductor , and a melting point of the third conductor is higher than a melting point of the fourth conductor ; wherein the first conductor is directly opposite to the fourth conductor , and the second conductor is directly opposite to the third conductor , such that a bonding structure is formed between the first conductive contact pad and the second conductive contact pad ; characterized in that a volume occupied by the first conductor in the first conductive contact pad is greater than a volume occupied by the second conductor in the first conductive contact pad ; and a volume occupied by the third conductor in the second conductive contact pad is greater than a volume occupied by the fourth conductor in the second conductive contact pad . a first chip , wherein the first chip comprises a first substrate , a first conductive connection wire and a first conductive contact pad , the first conductive contact pad is connected to the first conductive connection wire , the first conductive contact pad comprises a first conductor and a second conductor , and a melting point of the first conductor is higher than a melting point of the second conductor ; and a second chip , wherein the second chip comprises a second substrate , a second conductive connection wire and a second conductive contact pad , the second conductive contact pad is connected to the second conductive connection wire , the second conductive contact pad comprises a third conductor and a fourth conductor , and a melting point of the third conductor is higher than a melting point of the fourth conductor ; wherein the first conductor is directly opposite to the fourth conductor , and the second conductor is directly opposite to the third conductor , such that a bonding structure is formed between the first conductive contact pad and the second conductive contact pad ; characterized in that a volume occupied by the first conductor in the first conductive contact pad is greater than a volume occupied by the second conductor in the first conductive contact pad ; and a volume occupied by the third conductor in the second conductive contact pad is greater than a volume occupied by the fourth conductor in the second conductive contact pad .
A ski having a structure including : • a lower assembly formed by a base bordered by edges and one or more lower reinforcing layers ; • an upper assembly formed by one or more upper reinforcing layers and an upper protective and decorative layer ; • a core interposed between the lower assembly and the upper assembly ; • an elongated element extending in the longitudinal direction of the ski, separating the core into two portions and coming into contact with the upper assembly and lower assembly , characterized in that the elongated element is formed by assembling at least three layers extending vertically between the upper assembly and lower assembly , the three layers comprising a central layer produced from a material having a transverse Young's modulus which is higher than the transverse Young's modulus of the material composing the core , and two lateral layers which come into contact with the central layer and are produced from an elastomeric material. • a lower assembly formed by a base bordered by edges and one or more lower reinforcing layers ; • an upper assembly formed by one or more upper reinforcing layers and an upper protective and decorative layer ; • a core interposed between the lower assembly and the upper assembly ; • an elongated element extending in the longitudinal direction of the ski, separating the core into two portions and coming into contact with the upper assembly and lower assembly ,
A hemodialysis system, comprising: a hydrochamber adapted to heat and remove air from water and to provide backflow protection; a water circuit for water to flow from an external water source into the hydrochamber via a water inlet valve ; a fluid flow path between the water inlet valve and the hydrochamber ; a spent dialysate circuit for a disinfecting agent to flow to the hydrochamber via a recirculation valve during a disinfectant operation; and a drain valve disposed in the spent dialysate circuit ; wherein during the disinfectant operation, the hemodialysis system is adapted to replace a volume of the disinfecting agent exiting the spent dialysate circuit via the drain valve with a substantially equal volume of water via the water inlet valve ; characterized by an air gap between the water inlet valve and the hydrochamber ; and wherein the recirculation valve is directly connected to the hydrochamber via another fluid flow path being independent from the fluid flow path between the water inlet valve and the hydrochamber such that in response to a pressure drop at the external water source, the disinfecting agent is prevented from back-flowing through the water inlet valve . a hydrochamber adapted to heat and remove air from water and to provide backflow protection; a water circuit for water to flow from an external water source into the hydrochamber via a water inlet valve ; a fluid flow path between the water inlet valve and the hydrochamber ; a spent dialysate circuit for a disinfecting agent to flow to the hydrochamber via a recirculation valve during a disinfectant operation; and a drain valve disposed in the spent dialysate circuit ; wherein during the disinfectant operation, the hemodialysis system is adapted to replace a volume of the disinfecting agent exiting the spent dialysate circuit via the drain valve with a substantially equal volume of water via the water inlet valve ; characterized by an air gap between the water inlet valve and the hydrochamber ; and wherein the recirculation valve is directly connected to the hydrochamber via another fluid flow path being independent from the fluid flow path between the water inlet valve and the hydrochamber such that in response to a pressure drop at the external water source, the disinfecting agent is prevented from back-flowing through the water inlet valve .
A patient handling apparatus comprising a base with a frame and a patient support device , the patient handling apparatus further comprising a weighing arrangement for weighing a patient supported by the patient support device , said weighing arrangement comprising a sub frame and a plurality of load sensors , said sub frame being arranged on the load sensors , said load sensors defining a weighing area (S), whereby the patient support device is mounted to the frame such that a central point (C) of a seat support portion of the patient support device is positioned outside the weighing area (S) in at least one position of the patient support device , characterised in that , the sub frame is connected to the base by means of the load sensors . the patient handling apparatus further comprising a weighing arrangement for weighing a patient supported by the patient support device , said weighing arrangement comprising a sub frame and a plurality of load sensors , said sub frame being arranged on the load sensors , said load sensors defining a weighing area (S), whereby the patient support device is mounted to the frame such that a central point (C) of a seat support portion of the patient support device is positioned outside the weighing area (S) in at least one position of the patient support device , characterised in that , the sub frame is connected to the base by means of the load sensors .
An axial-type magnetic encoder, comprising: an annular fixing member that has a cylindrical part attached to a rotating body and an inward flange part extended radially inward from an end edge of the cylindrical part ; and is fabricated by press process; and an annular plastic magnet that is attached by injection molding to a surface of the annular fixing member , the surface adapted to be facing a sensor for detecting rotation of the axial-type magnetic encoder, wherein the magnetic encoder has a flat surface on the sensor-facing surface more radially outward than a range of a diameter (d - 2·r) determined by an inner diameter (d) of the cylindrical part and a radius (r) of a corner between the cylindrical part and the inward flange part , a stepwise pressed portion is formed on a back surface of the sensor-facing surface of the annular fixing member , the stepwise pressed portion extending radially inward from the inner diameter (d) of the cylindrical part over a predetermined range, the inward flange part has a part of said flat surface, and an outer diameter of the annular plastic magnet is positioned on the flat surface. an annular fixing member that has a cylindrical part attached to a rotating body and an inward flange part extended radially inward from an end edge of the cylindrical part ; and is fabricated by press process; and an annular plastic magnet that is attached by injection molding to a surface of the annular fixing member , the surface adapted to be facing a sensor for detecting rotation of the axial-type magnetic encoder, wherein the magnetic encoder has a flat surface on the sensor-facing surface more radially outward than a range of a diameter (d - 2·r) determined by an inner diameter (d) of the cylindrical part and a radius (r) of a corner between the cylindrical part and the inward flange part , a stepwise pressed portion is formed on a back surface of the sensor-facing surface of the annular fixing member , the stepwise pressed portion extending radially inward from the inner diameter (d) of the cylindrical part over a predetermined range, the inward flange part has a part of said flat surface, and an outer diameter of the annular plastic magnet is positioned on the flat surface.
Pump apparatus for a systems housing of a vehicle, having a pump installation which is disposed in a pump housing and is able to be driven by means of a motor (M), the latter being dedicated to the pump apparatus or being external, wherein at least the pump housing of the pump apparatus is able to be incorporated in a pump receptacle opening of the systems housing in such a manner that a liquid directed through at least one line configured in the systems housing is able to be pumped by means of the pump installation driven by the motor (M); characterized by a suction filter which is disposed either in the pump housing or in a filter housing mechanically fastened to the pump housing ; wherein the pump apparatus is additionally configured having at least: a closure lid by means of which the pump receptacle opening of the systems housing is able to be sealed in a liquid-tight manner in relation to an adjacent external environment of the systems housing ; and the electric motor (M) which is disposed between an inside of the closure lid and the pump installation and is disposed either in the pump housing or in a motor housing mechanically fastened to the pump housing . a closure lid by means of which the pump receptacle opening of the systems housing is able to be sealed in a liquid-tight manner in relation to an adjacent external environment of the systems housing ; and the electric motor (M) which is disposed between an inside of the closure lid and the pump installation and is disposed either in the pump housing or in a motor housing mechanically fastened to the pump housing .
A method for producing a benzaldehyde in which an amino group is bonded in a 2 position, a halogeno group or an alkoxy group is bonded in a 3 position, and a hydrogen atom, an alkyl group, a halogeno group, an alkoxy group, or a cyano group is bonded independently in each of 4, 5, and 6 positions, the method comprising: preparing a benzaldehyde in which the halogeno group or the alkoxy group is bonded in the 3 position, a hydrogen atom is bonded in the 2 position, and the hydrogen atom, the alkyl group, the halogeno group, the alkoxy group, or the cyano group is bonded independently in each of the 4, 5, and 6 positions so that a lithiation reaction is most active at the 2 position (hereinafter, abbreviated as 2-unsubstituted benzaldehyde (1-1)); acetal-protecting a formyl group in the 2-unsubstituted benzaldehyde (1-1); sequentially performing lithiation, azidation, and amination of the 2 position; and subsequently performing acetal deprotection, wherein the 2-unsubstituted benzaldehyde (1-1) is a compound of formula (1-12): wherein in the formula (1-12) R 3 represents a halogeno group or an alkoxy group, R 4 , R 5 , and R 6 each independently represent a hydrogen atom, an alkyl group, a halogeno group, an alkoxy group, or a cyano group, wherein in a case where R 4 is a hydrogen atom, R 5 is a hydrogen atom, an alkyl group, or a cyano group, in a case where R 5 is a hydrogen atom, at least one of R 4 and R 6 is a hydrogen atom, an alkyl group, or a cyano group, and in a case where R 6 is a hydrogen atom, R 5 is a hydrogen atom, an alkyl group, or a cyano group. preparing a benzaldehyde in which the halogeno group or the alkoxy group is bonded in the 3 position, a hydrogen atom is bonded in the 2 position, and the hydrogen atom, the alkyl group, the halogeno group, the alkoxy group, or the cyano group is bonded independently in each of the 4, 5, and 6 positions so that a lithiation reaction is most active at the 2 position (hereinafter, abbreviated as 2-unsubstituted benzaldehyde (1-1)); acetal-protecting a formyl group in the 2-unsubstituted benzaldehyde (1-1); sequentially performing lithiation, azidation, and amination of the 2 position; and subsequently performing acetal deprotection, R 3 represents a halogeno group or an alkoxy group, R 4 , R 5 , and R 6 each independently represent a hydrogen atom, an alkyl group, a halogeno group, an alkoxy group, or a cyano group, wherein in a case where R 4 is a hydrogen atom, R 5 is a hydrogen atom, an alkyl group, or a cyano group, in a case where R 5 is a hydrogen atom, at least one of R 4 and R 6 is a hydrogen atom, an alkyl group, or a cyano group, and in a case where R 6 is a hydrogen atom, R 5 is a hydrogen atom, an alkyl group, or a cyano group.
A product or product packaging with a structural element which produces a three-dimensionally appearing representation of an object, wherein the structural element comprises: - a reflection image structure of the object, which comprises a relief structure with relief elements and a reflective layer , wherein the reflection image structure for the viewer makes the representation of the object appear three-dimensional against the surface; and - a printed, multicolored color image ; wherein the color image and/or the reflective layer are semitransparent, wherein the relief structure is incorporated into a surface of the product, respectively of the product packaging, and the printed, multicolored color image is a color image of the object which is arranged in relation to the reflection image structure in such a manner that the representation of the object for the viewer appears multicolored and three-dimensional, characterized in that the reflective relief elements have a lateral size of more than 30 μm. - a reflection image structure of the object, which comprises a relief structure with relief elements and a reflective layer , wherein the reflection image structure for the viewer makes the representation of the object appear three-dimensional against the surface; and - a printed, multicolored color image ; wherein the color image and/or the reflective layer are semitransparent, wherein the relief structure is incorporated into a surface of the product, respectively of the product packaging, and the printed, multicolored color image is a color image of the object which is arranged in relation to the reflection image structure in such a manner that the representation of the object for the viewer appears multicolored and three-dimensional, characterized in that wherein the color image and/or the reflective layer are semitransparent, wherein the relief structure is incorporated into a surface of the product, respectively of the product packaging, and the printed, multicolored color image is a color image of the object which is arranged in relation to the reflection image structure in such a manner that the representation of the object for the viewer appears multicolored and three-dimensional, characterized in that