mhurhangee/patent-ind-claim-en huggingface dataset:
Automatic machine to deliver a beverage containing caffeine, comprising a water container , a pump , a filtering element to contain, during use, a powdered mixture , a main pipe that connects the container to the filtering element , and a heating element , associated with the container and/or with the main pipe , able to be selectively activated to heat the stream of water delivered from the container toward the filtering element in order to infuse the powdered mixture, said automatic machine also comprising at least an adjustment element to adjust the flow rate of the water, and/or at least an element to divert/choke the flow rate of the water, both able to be selectively activated by a user, and/or a grinding device and/or a metering device , characterized in that it also comprises a processing and control unit configured to calculate and estimate a quantity of caffeine present in the beverage delivered determining a bi-univocal association between the estimated quantity of caffeine present in the final beverage obtained and one or more of the parameters chosen at least between the actual flow rate of water, the temperature of the water, the quantity of water diverted, the grain size and/or the quantity of the mixture and to carry out a direct correlation between functioning parameters of the automatic machine and the estimated value of caffeine resulting in the beverage delivered starting from pre-memorized data and/or data inserted on each occasion, wherein for each setting of the automatic machine determined by the user, or pre-set on the basis of pre-memorized parameters, the processing and control unit is configured to generate a corresponding estimated value of the caffeine present in the beverage and the automatic machine also comprises display means to display said estimated quantity of caffeine present in the beverage obtained.
Battery-operated vacuum cleaner, comprising a suctioned material container , a suction head , which is arranged on the suctioned material container , a blower device for generating a suction flow, and at least one process air duct , which is arranged or formed on the suction head and is fluidically connected to the blower device , wherein a battery holder for a battery device is positioned on the suction head between the at least one process air duct of the blower device and a top side of the suction head , wherein formed on the suction head is a free region at which the battery holder is arranged, wherein the free region is open toward the top side and/or toward at least one side transverse to the top side , a receiving region is formed at the free region , and/or the free region forms a receiving region , where the battery holder sits at the receiving region , and wherein the receiving region is delimited by a base wall and a rear wall oriented transversely to the base wall , wherein the rear wall is arranged between the at least one process air duct and the top side , and wherein the base wall covers at least one duct portion of the at least one process air duct .
A securement system for securing a feeding tube and a patient interface to a patient, comprising: a dermal patch having: a patient side, and a patient interface side , the patient side of the dermal patch being attachable to the skin of a user, a holder attachable to the interface side of the dermal patch for securing a feeding tube to the dermal patch , the holder comprising at least a first channel or recess for receiving the feeding tube to couple the feeding tube to the holder , and a patient interface for providing a flow of gases to a patient, the patient interface comprising a backing for positioning upon the patient interface side of the dermal patch , wherein the patient interface side of the dermal patch and the patient side of the backing comprise a two-part releasable connection arrangement for releasably securing the patient interface to the dermal patch , a first part of the two-part releasable connection arrangement provided to the patient interface side of the dermal patch and a complementary second part of the two-part releasable connection arrangement attached to or formed with the patient side of the backing of the patient interface . a dermal patch having: a patient side, and a patient interface side , the patient side of the dermal patch being attachable to the skin of a user, a holder attachable to the interface side of the dermal patch for securing a feeding tube to the dermal patch , the holder comprising at least a first channel or recess for receiving the feeding tube to couple the feeding tube to the holder , and a patient interface for providing a flow of gases to a patient, the patient interface comprising a backing for positioning upon the patient interface side of the dermal patch , wherein the patient interface side of the dermal patch and the patient side of the backing comprise a two-part releasable connection arrangement for releasably securing the patient interface to the dermal patch , a first part of the two-part releasable connection arrangement provided to the patient interface side of the dermal patch and a complementary second part of the two-part releasable connection arrangement attached to or formed with the patient side of the backing of the patient interface . a patient interface for providing a flow of gases to a patient, the patient interface comprising a backing for positioning upon the patient interface side of the dermal patch , wherein the patient interface side of the dermal patch and the patient side of the backing comprise a two-part releasable connection arrangement for releasably securing the patient interface to the dermal patch , a first part of the two-part releasable connection arrangement provided to the patient interface side of the dermal patch and a complementary second part of the two-part releasable connection arrangement attached to or formed with the patient side of the backing of the patient interface .
A solid-state image sensing element comprising: a plurality of pixels arranged in two dimensions, each of the plurality of pixels including: a photoelectric conversion unit including a pixel electrode , a photoelectric conversion layer provided above the pixel electrode , and a counter electrode provided so as to sandwich the photoelectric conversion layer between the counter electrode and the pixel electrode , and a microlens arranged above the photoelectric conversion unit, wherein the plurality of pixels includes a first pixel (IP) and a plurality of second pixels (AP), the pixel electrodes of the plurality of second pixels (AP) are smaller than the pixel electrode of the first pixel (IP) in a planar view, the plurality of second pixels (AP) are configured as pairs of phase-difference-detection-use pixels wherein for each pair a first one of the second pixels (AP) has the pixel electrode on its one side portion and a second one of the second pixels (AP) has the pixel electrode on its another side portion, such that the pixel electrodes of each pair of phase-difference-detection-use pixels are arranged symmetrically to each other, and a configuration of the first pixel (IP) between the counter electrode and the microlens is the same as a configuration of each of the plurality of second pixels (AP) between the counter electrode and the microlens. a plurality of pixels arranged in two dimensions, each of the plurality of pixels including: a photoelectric conversion unit including a pixel electrode , a photoelectric conversion layer provided above the pixel electrode , and a counter electrode provided so as to sandwich the photoelectric conversion layer between the counter electrode and the pixel electrode , and a microlens arranged above the photoelectric conversion unit, wherein a photoelectric conversion unit including a pixel electrode , a photoelectric conversion layer provided above the pixel electrode , and a counter electrode provided so as to sandwich the photoelectric conversion layer between the counter electrode and the pixel electrode , and a microlens arranged above the photoelectric conversion unit, wherein the plurality of pixels includes a first pixel (IP) and a plurality of second pixels (AP), the pixel electrodes of the plurality of second pixels (AP) are smaller than the pixel electrode of the first pixel (IP) in a planar view, the plurality of second pixels (AP) are configured as pairs of phase-difference-detection-use pixels wherein for each pair a first one of the second pixels (AP) has the pixel electrode on its one side portion and a second one of the second pixels (AP) has the pixel electrode on its another side portion, such that the pixel electrodes of each pair of phase-difference-detection-use pixels are arranged symmetrically to each other, and a configuration of the first pixel (IP) between the counter electrode and the microlens is the same as a configuration of each of the plurality of second pixels (AP) between the counter electrode and the microlens.
A compression garment for correcting a lower body shape and a walking gait for an angular deformity of the legs comprising: a bottom garment main body ; and a correction band disposed on the bottom garment main body , wherein the correction band includes a first correction band disposed in a first area of the bottom garment main body and a second correction band disposed in a second area of the bottom garment main body , wherein the first correction band includes a first part disposed above the first area , a second part disposed below the first area , and a third part connecting the first part of the first correction band and the second part of the first correction band , wherein the second correction band includes a first part disposed above the second area , a second part disposed below the second area , and a third part connecting the first part of the second correction band and the second part of the second correction band , characterized in that the first correction band includes a connecting member disposed on the first part of the first correction band and including a hole, and wherein the first part of the second correction band is inserted into the hole of the connecting member of the first correction band and coupled by means of a belt fastening method. a bottom garment main body ; and a correction band disposed on the bottom garment main body , wherein the correction band includes a first correction band disposed in a first area of the bottom garment main body and a second correction band disposed in a second area of the bottom garment main body , wherein the first correction band includes a first part disposed above the first area , a second part disposed below the first area , and a third part connecting the first part of the first correction band and the second part of the first correction band , wherein the second correction band includes a first part disposed above the second area , a second part disposed below the second area , and a third part connecting the first part of the second correction band and the second part of the second correction band , characterized in that the first correction band includes a connecting member disposed on the first part of the first correction band and including a hole, and wherein the first part of the second correction band is inserted into the hole of the connecting member of the first correction band and coupled by means of a belt fastening method.
An apparatus for the production of ammonia or hydrogen, comprising a) a gas stream feed conduit having a downstream connecting conduit to a steam reformer having a waste heat section , with the elements described below under b) and c) being arranged between the gas stream feed conduit and the downstream connecting conduit , b) a heat exchanger located downstream of the gas stream feed conduit , with the downstream heat exchanger being arranged outside the waste heat section ; c) a gas stream preheater located downstream of the heat exchanger ; d) a recirculation conduit which is located downstream of the gas stream preheater and leads to the gas stream feed conduit and the connecting conduit which is located downstream of the gas stream preheater and leads to the steam reformer , and e) the steam reformer with the waste heat section , where the waste heat section is in thermal contact with the gas stream preheater and the flow of the gas stream which has been heated in the gas stream preheater through the recirculation conduit can be regulated. a) a gas stream feed conduit having a downstream connecting conduit to a steam reformer having a waste heat section , with the elements described below under b) and c) being arranged between the gas stream feed conduit and the downstream connecting conduit , b) a heat exchanger located downstream of the gas stream feed conduit , with the downstream heat exchanger being arranged outside the waste heat section ; c) a gas stream preheater located downstream of the heat exchanger ; d) a recirculation conduit which is located downstream of the gas stream preheater and leads to the gas stream feed conduit and the connecting conduit which is located downstream of the gas stream preheater and leads to the steam reformer , and e) the steam reformer with the waste heat section , where the waste heat section is in thermal contact with the gas stream preheater and the flow of the gas stream which has been heated in the gas stream preheater through the recirculation conduit can be regulated.
A coffee machine having: - an electromagnetic suspension system comprising an induction coil integrated into a body of the coffee machine and powered with an electric current by a power source and - a cup provided with a ferromagnetic core , wherein the cup is provided with an additional ferromagnetic core and in that the coffee machine is provided with a stabilization coil for the cup stabilization characterized in that the stabilization coil surrounds the cup . - an electromagnetic suspension system comprising an induction coil integrated into a body of the coffee machine and powered with an electric current by a power source and - a cup provided with a ferromagnetic core , wherein the cup is provided with an additional ferromagnetic core and in that the coffee machine is provided with a stabilization coil for the cup stabilization
A composition comprising: HFO-1234ze and HFO-1234yf; HFC-32, and HCC-40, HCFC-22 and 3,3,3-trifluoropropyne, wherein the total amount of and is ≥ 95 mass%, based on the total amount of - . HFO-1234ze and HFO-1234yf; HFC-32, and HCC-40, HCFC-22 and 3,3,3-trifluoropropyne, wherein the total amount of and is ≥ 95 mass%, based on the total amount of - .
An orbital polishing machine for polishing slabs (S) made of stone materials or materials having an equivalent hardness, comprising: - a stationary basement designed to be secured to the ground; - a bearing frame placed over said stationary basement , said bearing frame having a pair of longitudinal beams joined by at least one pair of parallel transverse beams ; - at least one pair of tool-holder heads mounted to said at least one of the parallel transverse beams for interacting with the slabs (S) to be polished; - first motor means associated with said bearing frame for imparting a motion thereto relative to said basement along a longitudinal direction (L) - second motor means associated with said heads for providing independent transverse movement thereof; said bearing frame comprises a series of parallel transverse beams fixed to said longitudinal beams at positions longitudinally offset from each other by a predetermined pitch (p), each parallel transverse beam of said series having respective transverse guides on opposite sides thereof, all said tool-holder heads being transversely movable independently from each other on both opposite sides of each transverse beam , characterized in that said longitudinal beams have at their bottom support slides slidingly mounted in guides that are rigidly joined to said stationary basement , a movable support surface being associated with said basement for feeding the slabs (S) to be polished in said longitudinal direction (L), said first motor means being configured to impart to said bearing frame a reciprocating motion of predetermined stroke (w) in the longitudinal direction (L) relative to the basement and to the movable support surface , said independent transverse movement of each tool-holder head being adapted to be combined with and vectorially added to said longitudinal movement of said bearing frame , to impart an orbital or elliptical motion to each of said heads and prevent separation thereof from the slab (S) as the latter is being worked. - a stationary basement designed to be secured to the ground; - a bearing frame placed over said stationary basement , said bearing frame having a pair of longitudinal beams joined by at least one pair of parallel transverse beams ; - at least one pair of tool-holder heads mounted to said at least one of the parallel transverse beams for interacting with the slabs (S) to be polished; - first motor means associated with said bearing frame for imparting a motion thereto relative to said basement along a longitudinal direction (L) - second motor means associated with said heads for providing independent transverse movement thereof;
An X-ray system configured for acquiring medical imaging data from a subject at least partially within an imaging zone , wherein the X-ray system comprises: - a memory storing machine executable instructions ; - a processor configured for controlling the X-ray system; and - a pilot tone system , characterized in that the pilot tone system comprises a radio frequency system comprising multiple transmit channels and multiple receive channel , wherein the multiple transmit channels are configured for transmitting multi-channel pilot tone signals via multiple transmit coils ; wherein the multiple receive channels are configured for receiving multi-channel pilot tone data via multiple receive coils ; wherein execution of the machine executable instructions causes the processor to: - transmit the multi-channel pilot tone signals by controlling the multiple transmit channels; - acquire the multi-channel pilot tone data by controlling the multiple receive channels; and - determine a motion state of the subject using the multi-channel pilot tone data. - a memory storing machine executable instructions ; - a processor configured for controlling the X-ray system; and - a pilot tone system , characterized in that the pilot tone system comprises a radio frequency system comprising multiple transmit channels and multiple receive channel , wherein the multiple transmit channels are configured for transmitting multi-channel pilot tone signals via multiple transmit coils ; wherein the multiple receive channels are configured for receiving multi-channel pilot tone data via multiple receive coils ; - transmit the multi-channel pilot tone signals by controlling the multiple transmit channels; - acquire the multi-channel pilot tone data by controlling the multiple receive channels; and - determine a motion state of the subject using the multi-channel pilot tone data.
A method of determining testing parameters of a melt flow rate testing apparatus, comprising the steps of: (i) providing a reference input to the melt flow rate testing apparatus indicative of a selection of a melt flow rate testing procedure from a predetermined list of melt flow rate testing procedures; (ii) providing a characteristic input to the melt flow rate testing apparatus indicative of a load mass and a testing temperature for melt flow rate testing; (iii) providing a sample input to the melt flow rate testing apparatus indicative of an estimated value of the melt flow rate of the sample; and (iv) determining, via the melt flow rate testing apparatus without further manual input, at least one characteristic testing parameter for the melt flow rate testing apparatus, utilising a representative value generated from a combination of said reference input and said sample input, wherein the method further comprises the step of interpolating and/or extrapolating said representative value from a predetermined standard for said sample input. (i) providing a reference input to the melt flow rate testing apparatus indicative of a selection of a melt flow rate testing procedure from a predetermined list of melt flow rate testing procedures; (ii) providing a characteristic input to the melt flow rate testing apparatus indicative of a load mass and a testing temperature for melt flow rate testing; (iii) providing a sample input to the melt flow rate testing apparatus indicative of an estimated value of the melt flow rate of the sample; and (iv) determining, via the melt flow rate testing apparatus without further manual input, at least one characteristic testing parameter for the melt flow rate testing apparatus, utilising a representative value generated from a combination of said reference input and said sample input,
An exhaust heat recovery system (S), comprising: a main exhaust gas pipe for passing an exhaust gas of an engine ; a circumvention exhaust gas pipe , which diverts from the main exhaust gas pipe ; a valve device (M), which is disposed in a midway of the main exhaust gas pipe and the circumvention exhaust gas pipe ; and a heat exchanger , which is connected to the midway of the circumvention exhaust gas pipe and on a downstream side of the valve device (M); wherein the valve device (M) comprises: a body that has at least one passage for passing a fluid and valve shaft holes ; a valve shaft , which is passed through the valve shaft holes so as to be rotatable; and at least one butterfly valve , which is fixed to the valve shaft and is for opening and closing the passage ; wherein the butterfly valve is disposed so as to close the passage on a downstream side or an upstream side of the valve shaft holes in a flow direction of the fluid; the body has a first passage for passing the fluid, a second passage for passing the fluid, and the valve shaft holes formed so as to cause the first passage to communicate with the second passage , wherein the main exhaust gas pipe is connected to the first passage ; a first butterfly valve for opening and closing the first passage , and a second butterfly valve for opening and closing the second passage in a phase opposite to the first butterfly valve are fixed to the valve shaft ; the first butterfly valve is disposed so as to close the first passage on the downstream side of the valve shaft holes ; and the first butterfly valve is disposed so as to close the first passage on the downstream side which deviates from the central line (C) of the valve shaft holes for a distance greater than the radius of the valve shaft holes . a body that has at least one passage for passing a fluid and valve shaft holes ; a valve shaft , which is passed through the valve shaft holes so as to be rotatable; and at least one butterfly valve , which is fixed to the valve shaft and is for opening and closing the passage ; wherein the butterfly valve is disposed so as to close the passage on a downstream side or an upstream side of the valve shaft holes in a flow direction of the fluid; the body has a first passage for passing the fluid, a second passage for passing the fluid, and the valve shaft holes formed so as to cause the first passage to communicate with the second passage , wherein the main exhaust gas pipe is connected to the first passage ; a first butterfly valve for opening and closing the first passage , and a second butterfly valve for opening and closing the second passage in a phase opposite to the first butterfly valve are fixed to the valve shaft ; the first butterfly valve is disposed so as to close the first passage on the downstream side of the valve shaft holes ; and the first butterfly valve is disposed so as to close the first passage on the downstream side which deviates from the central line (C) of the valve shaft holes for a distance greater than the radius of the valve shaft holes .