mhurhangee/patent-ind-claim-en huggingface dataset:
A waste disposal system , comprising: a container assembly having: a base ; an outer barrel casing ; a rotating support structure having an inner volume, and the rotating support structure is rotatably coupled to the base ; a top chamber having at least one door disposed at a top of the top chamber ; characterized in that it further comprises a guiding structure disposed within the top chamber , wherein the guiding structure has a downward sloping surface, and wherein the downward sloping surface has a lower rim defining a through hole ; and bag detachably coupled to the container assembly at a location below the guiding structure ; wherein there is at least one bag attachment mechanism in the rotating support structure and the bag has at least one receiver to make detachable coupling to the at least one bag attachment mechanism ; wherein a top rim of the bag can be coupled to parts of the outer barrel casing , wherein the guiding structure includes a base, and a cover attachable to the base. a container assembly having: a base ; an outer barrel casing ; a rotating support structure having an inner volume, and the rotating support structure is rotatably coupled to the base ; a top chamber having at least one door disposed at a top of the top chamber ; characterized in that it further comprises a guiding structure disposed within the top chamber , wherein the guiding structure has a downward sloping surface, and wherein the downward sloping surface has a lower rim defining a through hole ; and bag detachably coupled to the container assembly at a location below the guiding structure ; a base ; an outer barrel casing ; a rotating support structure having an inner volume, and the rotating support structure is rotatably coupled to the base ; a top chamber having at least one door disposed at a top of the top chamber ; characterized in that it further comprises a guiding structure disposed within the top chamber , wherein the guiding structure has a downward sloping surface, and wherein the downward sloping surface has a lower rim defining a through hole ; and bag detachably coupled to the container assembly at a location below the guiding structure ; wherein there is at least one bag attachment mechanism in the rotating support structure and the bag has at least one receiver to make detachable coupling to the at least one bag attachment mechanism ; wherein a top rim of the bag can be coupled to parts of the outer barrel casing , wherein the guiding structure includes a base, and a cover attachable to the base.
Device for simultaneously driving a plurality of semiconductor power switches (S12, S21) for pulsed loads (Load 1, Load 2) in the high-voltage range, wherein driver voltages (Uh 1 , Uh 2 ) for the semiconductor power switches (S12, S21) can be provided via a transformer, wherein the driver voltages (Uh 1 , Uh 2 ) for the semiconductor power switches (S12, S21) are derived from the voltage of a single secondary winding of the transformer, wherein electronic voltage level converter circuits are provided in order to obtain the driver voltages (Uh 1 , Uh 2 ) at a required level from the secondary winding of the transformer, wherein the electronic voltage level converter circuits each comprise a charge pump (C1, R1, D1; C2, R2, D2), characterized in that the clocking of the respective load (Load1, Load2) serves for clocking the respective charge pump, wherein the respective charge pump for providing the corresponding driver voltage (Uh 1 , Uh 2 ) comprises a capacitor (C1, C2) which can be connected on the one hand to that side of the load (Load1 , Load2) which cannot be connected to the corresponding semiconductor power switch (S12, S21), and which on the other hand is connected via a series resistor (R1, R2) to a diode D1 and can be connected via the latter to the secondary winding of the transformer. wherein driver voltages (Uh 1 , Uh 2 ) for the semiconductor power switches (S12, S21) can be provided via a transformer, wherein the driver voltages (Uh 1 , Uh 2 ) for the semiconductor power switches (S12, S21) are derived from the voltage of a single secondary winding of the transformer, wherein electronic voltage level converter circuits are provided in order to obtain the driver voltages (Uh 1 , Uh 2 ) at a required level from the secondary winding of the transformer, wherein the electronic voltage level converter circuits each comprise a charge pump (C1, R1, D1; C2, R2, D2), characterized in that the clocking of the respective load (Load1, Load2) serves for clocking the respective charge pump, wherein the respective charge pump for providing the corresponding driver voltage (Uh 1 , Uh 2 ) comprises a capacitor (C1, C2) which can be connected on the one hand to that side of the load (Load1 , Load2) which cannot be connected to the corresponding semiconductor power switch (S12, S21), and which on the other hand is connected via a series resistor (R1, R2) to a diode D1 and can be connected via the latter to the secondary winding of the transformer.
A process for the manufacture of frozen gas hydrates, the process comprising passing a liquid aqueous phase over a heat exchanger surface under an atmosphere of a pressurised water-soluble gas, characterised in that the conditions of the process are selected to ensure that there is simultaneous dissolution of the pressurised gas into the liquid aqueous phase, and the formation of a solidified continuous phase from solidification of the liquid aqueous phase in contact with the heat exchanger surface.
A method implemented by a cable modem termination system, CMTS, the method comprising: assigning a training block, TRB, having a set of scattered subcarriers from a plurality of equally-spaced subcarriers of an orthogonal frequency-division multiplexing, OFDM, symbol for a cable modem to transmit a pilot sequence, with the TRB starting from a certain subcarrier of the equally-spaced subcarriers and with every two successive scattered subcarriers of the TRB being separated by a fixed number of subcarriers; and transmitting, to the cable modem, TRB information that indicates a location of the TRB in the OFDM symbol, the TRB information indicating that the TRB starts from the certain subcarrier and indicating the fixed number; characterized in that the TRB information further comprises indication for the cable modem to repeat the TRB in the next number of OFDM symbols equal in quantity to the fixed number of subcarriers by moving the TRB up by one subcarrier in each symbol and wrapping the TRB back to the beginning. assigning a training block, TRB, having a set of scattered subcarriers from a plurality of equally-spaced subcarriers of an orthogonal frequency-division multiplexing, OFDM, symbol for a cable modem to transmit a pilot sequence, with the TRB starting from a certain subcarrier of the equally-spaced subcarriers and with every two successive scattered subcarriers of the TRB being separated by a fixed number of subcarriers; and transmitting, to the cable modem, TRB information that indicates a location of the TRB in the OFDM symbol, the TRB information indicating that the TRB starts from the certain subcarrier and indicating the fixed number; characterized in that the TRB information further comprises indication for the cable modem to repeat the TRB in the next number of OFDM symbols equal in quantity to the fixed number of subcarriers by moving the TRB up by one subcarrier in each symbol and wrapping the TRB back to the beginning.
Safety needle comprising an outer structure within which there is a cannula holding element capable of being movably coupled with an injector pen for a drug, said cannula holder element supporting and holding in a passing manner a cannula having a first extremity or vial end and a second extremity or patient end suitable for administration of the drug, a protective element having a body associated with a rigid structure having a body and being able to move internally within such structure and axially along a longitudinal axis (W) of the safety needle against a spring so as to be able to expose the second extremity of the cannula for administration of the drug, said protective element being substantially cylindrical and hollow (at 60A), provided with a hole for passage of the cannula and covering said second extremity of the cannula after administration, provision being made for a deforming member capable of deforming the cannula after administration of the drug in such a way that the second extremity of such cannula remains within said protective element , said deforming member being associated with said protective element and being capable of rotating independently with respect thereto about an axis (Z) at right angles to said longitudinal axis (W) of the safety needle after administration of the drug, said deforming member having a projecting part capable of contacting the cannula during such rotation such as to deform it towards the protective element and immobilise it within such element, the deforming member comprising a body inserted into the cavity of said protective element , characterised in that the projecting part of said deforming member comes into contact with the cannula only after administration of the drug, said body of the deforming member having a portion capable of connecting discoidal lateral parts inserted into opposite holes made in the protective element and rotating within the said holes , the said discoidal lateral parts having ledges which project and are inserted within corresponding guide recesses made in the body of the rigid structure in which said protective element is inserted, said recesses autonomously and completely guiding movement of the protective element and rotation of the deforming member in said protective element.
Combination of a tool for the dilatation of drilled bone holes (B, B') in reconstructive surgery, a tendon implant (SI) with a cross-sectional area ( A S ) and a bone implant (KI) with a cross-sectional area ( A K ), wherein the tool comprises a shank having a first end with an expansion section , which has a defined cross-sectional area ( A B ) and by means of which the drilled bone hole (B, B') can be expanded, wherein the shank further has a second end by way of which a force can be introduced in order to drive the tool into or drive the tool out of the drilled bone hole (B, B'), wherein the drilled bone hole (B, B') serves the purpose of receiving the tendon implant (SI) and the bone implant (KI) in a press fit, characterized in that the cross-sectional area ( A B ) of the expansion section is dimensioned in accordance with the following equation: A B = A S + A K 1 + α wherein α : is a compression factor lying in the range of 0.30 to 0.60.
Process for producing a water-absorbing polymer structure, comprising the process steps of: i) providing an untreated, water-absorbing polymer structure; ii) contacting the untreated, water-absorbing polymer structure with aluminium lactate. i) providing an untreated, water-absorbing polymer structure; ii) contacting the untreated, water-absorbing polymer structure with aluminium lactate.
An intelligent switch capacitor, characterized by comprising a sealed housing , wherein a capacitor core , an intelligent switch circuit board , a single-chip microcomputer and a capacitor switch (5; 5-1; 5-2; 5-3; 5-11; 5-12; 5-13; 5-21; 5-22; 5-23; 5-31; 5-32; 5-33) are disposed inside the sealed housing , a top end of the capacitor core is connected to the intelligent switch circuit board , the single-chip microcomputer and the capacitor switch (5; 5-1; 5-2; 5-3; 5-11; 5-12; 5-13; 5-21; 5-22; 5-23; 5-31; 5-32; 5-33) are connected to the intelligent switch circuit board , and the capacitor switch (5; 5-1; 5-2; 5-3; 5-11; 5-12; 5-13; 5-21; 5-22; 5-23; 5-31; 5-32; 5-33) is in an internal triangle connection with the capacitor core ; a leading-out terminal for connecting to a three-phase power line and a control interface for controlling the capacitor switch (5; 5-1; 5-2; 5-3; 5-11; 5-12; 5-13; 5-21; 5-22; 5-23; 5-31; 5-32; 5-33) are disposed in the middle of a top end of the sealed housing , and a bottom of the control interface is connected to the intelligent switch circuit board .
A rotary platform for cell lysing, purification, and elution, comprising: a substantially circular tray having an upper surface , a lower surface , a thickness between the upper surface and the lower surface , an axis of symmetry orthogonal to the upper and lower surfaces, and an outer radial edge ; a sequence of plural wells , each well having an outer surface extending from the lower surface of the tray about a periphery of the tray and having an interior volume and an opening in the tray upper surface , the opening extending into the respective well interior volume , the wells of the sequence of plural wells being disposed in an arc equidistant from the axis of symmetry; and a channel formed in the tray upper surface intermediate each pair of adjacent ones of the plural wells in the respective sequence , each channel having a depth less than the thickness and extending between the openings of the adjacent ones of the plural wells , wherein the channel has a floor that is parallel to and intermediate the tray upper and lower surfaces. a substantially circular tray having an upper surface , a lower surface , a thickness between the upper surface and the lower surface , an axis of symmetry orthogonal to the upper and lower surfaces, and an outer radial edge ; a sequence of plural wells , each well having an outer surface extending from the lower surface of the tray about a periphery of the tray and having an interior volume and an opening in the tray upper surface , the opening extending into the respective well interior volume , the wells of the sequence of plural wells being disposed in an arc equidistant from the axis of symmetry; and a channel formed in the tray upper surface intermediate each pair of adjacent ones of the plural wells in the respective sequence , each channel having a depth less than the thickness and extending between the openings of the adjacent ones of the plural wells , wherein the channel has a floor that is parallel to and intermediate the tray upper and lower surfaces.
An apparatus for controlling a linear compressor , the apparatus comprising: a drive configured to drive the linear compressor based on a control signal; a detector configured to detect a motor current of the linear compressor; characterized in that the apparatus for controlling further comprises: an asymmetric current generator configured to generate an asymmetric motor current by applying a current offset to the detected motor current; and a controller configured to generate the control signal based on the asymmetric motor current, wherein the current offset is a value for changing an initial position of a piston of the linear compressor and wherein the current offset is changeable based on a change in the initial position of the piston of the linear compressor. wherein an initial value of the piston is moved by the current offset, wherein the initial value of the piston corresponds to the initial position of the piston, and wherein a moved amount of the initial value of the piston is proportional to a motor constant corresponding to a motor of the compressor and the current offset. a drive configured to drive the linear compressor based on a control signal; a detector configured to detect a motor current of the linear compressor; an asymmetric current generator configured to generate an asymmetric motor current by applying a current offset to the detected motor current; and a controller configured to generate the control signal based on the asymmetric motor current, wherein the current offset is a value for changing an initial position of a piston of the linear compressor and wherein the current offset is changeable based on a change in the initial position of the piston of the linear compressor. wherein an initial value of the piston is moved by the current offset, wherein the initial value of the piston corresponds to the initial position of the piston, and wherein a moved amount of the initial value of the piston is proportional to a motor constant corresponding to a motor of the compressor and the current offset.
A perovskite solar cell having a stack of layers, wherein the layers are arranged in the following order: a front electrode layer , a photo-active layer comprising a perovskite material, and a back electrode layer comprising a porous carbon material having a plurality of open-through pores , wherein the solar cell further comprises a charge transport material configured to transport the charges between the photo-active layer and the back electrode layer , characterized in that the charge transport material fills at least some of the plurality of open-through pores of the porous carbon material of the back electrode layer and forms a bulk heterojunction with the perovskite material of the photo-active layer and an interface with the porous carbon material of the back electrode layer within the open-through pores .
An apparatus for transporting containers in a system for production of packaged food products, said apparatus comprising: a transportation track , and a plurality of carriers for arrangement on the transportation track , the respective carrier comprising a support surface which is configured to carry one or more of the containers , wherein the transportation track comprises a first magnetic arrangement , and the respective carrier comprises a second magnetic arrangement , said apparatus further comprising a control device which is configured to operate one of the first and second magnetic arrangements (22, 23; 24) generate a movement of the respective carrier on the transportation track , wherein the control device is further configured to intermittently tilt the support surface of the respective carrier to slide the one or more containers along the support surface towards an end of the support surface characterized in that the control device is configured to intermittently tilt the support surface to slide the one or more containers along the support surface onto a stopper located on or at the support surface . a transportation track , and a plurality of carriers for arrangement on the transportation track , the respective carrier comprising a support surface which is configured to carry one or more of the containers , wherein the transportation track comprises a first magnetic arrangement , and the respective carrier comprises a second magnetic arrangement , said apparatus further comprising a control device which is configured to operate one of the first and second magnetic arrangements (22, 23; 24) generate a movement of the respective carrier on the transportation track , wherein the control device is further configured to intermittently tilt the support surface of the respective carrier to slide the one or more containers along the support surface towards an end of the support surface characterized in that the control device is configured to intermittently tilt the support surface to slide the one or more containers along the support surface onto a stopper located on or at the support surface .
A rehabilitation unit for assisted walking comprising a frame , at least one carriage , coupled to said frame and configured for at least partially supporting a patient, wherein said frame is peripherally delimited by a respective first edge that defines a first annular path and supports the at least one carriage , bilateral constraint means for coupling said at least one carriage to said frame in a sliding manner along said first annular path , wherein said bilateral constraint means comprise a first guide carried by said first edge and shaped like said first annular path ; wherein each said at least one carriage comprises a support externally delimited by a panel that extends over a first side of said first guide , opposite said frame , and that extends over a second side of said first guide , substantially perpendicular to said first side, and adjusting means for adjusting the position of said panel with respect to said first guide .
A method for locating an unlocalized electronic shelf label , particularly implemented as an electronic shelf label display, of an electronic shelf label system , wherein the system comprises: - a number of localized access points which are positioned at different locations, each at a distance from a shelf , + wherein the shelf comprises at least one shelf rail and wherein + one of the shelf rails comprises at least one electronic shelf label , characterized in that + the at least one shelf label is designed to be wirelessly powered and the shelf rail further comprises an electronic supply unit located on the shelf rail and designed to wirelessly power the at least one shelf label , wherein the method comprises the following method steps, namely: - determining the position of the electronic supply unit relative to the localized access points using ultra-wideband radio communication between the access points and the supply unit , - determining the position of the at least one shelf label relative to the electronic supply unit by means of an identification of the shelf label via the electronic supply unit during its power supply. wherein the system comprises: - a number of localized access points which are positioned at different locations, each at a distance from a shelf , + wherein the shelf comprises at least one shelf rail and wherein + one of the shelf rails comprises at least one electronic shelf label , - a number of localized access points which are positioned at different locations, each at a distance from a shelf , + wherein the shelf comprises at least one shelf rail and wherein + one of the shelf rails comprises at least one electronic shelf label , + wherein the shelf comprises at least one shelf rail and wherein + one of the shelf rails comprises at least one electronic shelf label , characterized in that + the at least one shelf label is designed to be wirelessly powered and the shelf rail further comprises an electronic supply unit located on the shelf rail and designed to wirelessly power the at least one shelf label , + the at least one shelf label is designed to be wirelessly powered and the shelf rail further comprises an electronic supply unit located on the shelf rail and designed to wirelessly power the at least one shelf label , wherein the method comprises the following method steps, namely: - determining the position of the electronic supply unit relative to the localized access points using ultra-wideband radio communication between the access points and the supply unit , - determining the position of the at least one shelf label relative to the electronic supply unit by means of an identification of the shelf label via the electronic supply unit during its power supply. - determining the position of the electronic supply unit relative to the localized access points using ultra-wideband radio communication between the access points and the supply unit , - determining the position of the at least one shelf label relative to the electronic supply unit by means of an identification of the shelf label via the electronic supply unit during its power supply.