mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for managing display of a window, the method comprising: presenting a window (104A, 104B, 104C) in a display area, wherein the window comprises a control icon; receiving a first input indicating a selection of the control icon; presenting, in response to the first input, a plurality of selectable options (108, 110, 112, 114) associated with the control icon, wherein each of the plurality of selectable options corresponds with one of an up direction, a down direction, a left direction, or a right direction; receiving a second input indicating a selection of a first one of the plurality of selectable options; and adjusting a size of the window in response to the second input, wherein adjusting the size of the window comprises changing a size of two or more edges of the window based on a direction associated with the first one of the plurality of selectable options, wherein adjusting the size of the window further comprises: snapping the window to a grid location, wherein the grid location corresponds to an edge of the display area or is aligned with an edge of one or more other windows; and sticking the window to the grid location, wherein resistance is provided to the movement of the edges of the window at the grid location. presenting a window (104A, 104B, 104C) in a display area, wherein the window comprises a control icon; receiving a first input indicating a selection of the control icon; presenting, in response to the first input, a plurality of selectable options (108, 110, 112, 114) associated with the control icon, wherein each of the plurality of selectable options corresponds with one of an up direction, a down direction, a left direction, or a right direction; receiving a second input indicating a selection of a first one of the plurality of selectable options; and adjusting a size of the window in response to the second input, wherein adjusting the size of the window comprises changing a size of two or more edges of the window based on a direction associated with the first one of the plurality of selectable options, wherein adjusting the size of the window further comprises: snapping the window to a grid location, wherein the grid location corresponds to an edge of the display area or is aligned with an edge of one or more other windows; and sticking the window to the grid location, wherein resistance is provided to the movement of the edges of the window at the grid location. snapping the window to a grid location, wherein the grid location corresponds to an edge of the display area or is aligned with an edge of one or more other windows; and sticking the window to the grid location, wherein resistance is provided to the movement of the edges of the window at the grid location.
A method for chromatographically separating a first saccharide from a liquid eluent comprising the first saccharide and a second saccharide by passing the liquid eluent through a bed comprising a strong acid cation exchange resin in calcium form, characterized in that precipitated barium sulfate is incorporated within the resin.
An image processing apparatus comprising: an object detection means configured to detect an object from an image; a tracking means configured to track the detected object; a trajectory management means configured to manage a trajectory of the object being tracked; a specific object detection means configured to detect a specific object from the image, and a trajectory information determination means configured to determine whether the specific object passes through a specific place; wherein, in a case where the specific object detection means detects a first object as the specific object, the first object being an object which had been tracked by the tracking means but had not been detected as the specific object, the trajectory management means manages a trajectory of the first object corresponding to a period of time when the first object had been tracked by the tracking means but had not been detected by the specific object detection means as the specific object, as the trajectory of the specific object, and wherein the trajectory information determination means determines, based on said trajectory of the specific object, that the specific object associated with the first object has passed through the specific place, in a case where the specific object detection means detects the first object as the specific object after the first object passed through the specific place. an object detection means configured to detect an object from an image; a tracking means configured to track the detected object; a trajectory management means configured to manage a trajectory of the object being tracked; a specific object detection means configured to detect a specific object from the image, and a trajectory information determination means configured to determine whether the specific object passes through a specific place; wherein, in a case where the specific object detection means detects a first object as the specific object, the first object being an object which had been tracked by the tracking means but had not been detected as the specific object, the trajectory management means manages a trajectory of the first object corresponding to a period of time when the first object had been tracked by the tracking means but had not been detected by the specific object detection means as the specific object, as the trajectory of the specific object, and wherein the trajectory information determination means determines, based on said trajectory of the specific object, that the specific object associated with the first object has passed through the specific place, in a case where the specific object detection means detects the first object as the specific object after the first object passed through the specific place.
A cosmetic use of a composition comprising a pomegranate concentrate as an active ingredient, for improving skin moisturization via promotion of skin whitening and hyaluronic acid synthesis of a subject in need thereof, wherein the pomegranate concentrate comprises: 1.8-3 mg/g of ellagic acid and 8-15 mg/g of polyphenol, wherein the composition is a food composition in the form of a fortified food, a dietary supplement, a non-alcoholic drink, a sports drink, a fruit drink, tea- or milk-based drink or a liquid food.
Air freshener for vehicles, comprising a main body for holding a container for volatile substances, and a foldable clip which is rotatable with respect to the main body, and which can be placed in a substantially perpendicular position with respect to the main body, wherein the main body comprises a base, and said base comprises a hole, and wherein said clip further comprises a circular rim, wherein said circular rim comprises a rod defining a hinge, said rod being circumscribed to a circle defined by the rim, and wherein said base further comprises a plurality of retainers which engage with the rim of the clip when the clip is placed in said substantially perpendicular position, wherein said clip comprises only one protrusion placed at the center defined by the rim, said protrusion being complementary with said hole in the base, so that when the clip is placed in said substantially perpendicular position, said protrusion is housed inside said hole, characterized in that said circular rim further comprises a groove, and said base further includes a pin complementary with said groove, so that when the clip is placed in said substantially perpendicular position, said pin is housed inside said groove, in order to prevent the clip to be detached from this position. a main body for holding a container for volatile substances, and a foldable clip which is rotatable with respect to the main body, and which can be placed in a substantially perpendicular position with respect to the main body, wherein the main body comprises a base, and said base comprises a hole, and wherein said clip further comprises a circular rim, wherein said circular rim comprises a rod defining a hinge, said rod being circumscribed to a circle defined by the rim, and wherein said base further comprises a plurality of retainers which engage with the rim of the clip when the clip is placed in said substantially perpendicular position, wherein said clip comprises only one protrusion placed at the center defined by the rim, said protrusion being complementary with said hole in the base, so that when the clip is placed in said substantially perpendicular position, said protrusion is housed inside said hole, characterized in that said circular rim further comprises a groove, and said base further includes a pin complementary with said groove, so that when the clip is placed in said substantially perpendicular position, said pin is housed inside said groove, in order to prevent the clip to be detached from this position.
A system for treating an eye, the system comprising: a feedback system configured to determine at least one biomechanical property of the eye; and a delivery system for directing a dose of light to the eye to activate a cross-linking agent applied to the eye, the delivery system including a source and a beam conditioning system for the light, characterized in that: the feedback system is configured to provide real-time feedback information on the determined biomechanical properties of the eye for developing or dynamically adjusting a treatment plan for, at least one of myopia, hyperopia, and astigmatism; and the beam conditioning system is configured to modify, according to the feedback information at least one of an intensity, a power, a pattern, a duration, and a bandwidth of the dose of light directed to the eye, the dose of light activating the cross-linking agent and generating cross-linking activity that produces a change in optical power that treats the at least one of myopia, hyperopia, and astigmatism. a feedback system configured to determine at least one biomechanical property of the eye; and a delivery system for directing a dose of light to the eye to activate a cross-linking agent applied to the eye, the delivery system including a source and a beam conditioning system for the light, characterized in that: the feedback system is configured to provide real-time feedback information on the determined biomechanical properties of the eye for developing or dynamically adjusting a treatment plan for, at least one of myopia, hyperopia, and astigmatism; and the beam conditioning system is configured to modify, according to the feedback information at least one of an intensity, a power, a pattern, a duration, and a bandwidth of the dose of light directed to the eye, the dose of light activating the cross-linking agent and generating cross-linking activity that produces a change in optical power that treats the at least one of myopia, hyperopia, and astigmatism.
Cosmetic use of a composition comprising at least one non-fermented rice peptide hydrolysate from the hydrolysis of rice grain proteins that are husked by a shelling step, which comprises at least 70% of peptides with a size of less than 6 kDa, as an active agent in order to slow down and limit hair loss and/or stimulate hair growth by increasing the quantity of marker proteins of follicular adult stem cells and by favouring differentiation of these cells.
A needle assembly for use in association with a suturing device having a movable needle holder arm, comprising: a) a needle including a needle tip with a sharp end and a circumferential capture groove adjacent the sharp end, and a straight, tubular needle body having a first end adjacent the needle tip, a second end opposite the needle tip, a side wall extending between the first and second ends, and an axis extending between the first and second ends, the second end provided with a retaining structure into which the needle holder arm can be received so that the needle body can be removably retained on the needle holder arm; and b) a length of first suture having a first end, a second end, and an opening for receiving a second suture there through, wherein at least the first end of the first suture is fixed within the needle body, the first suture extending out of the side wall of the needle body at a transverse orientation relative to the axis, characterised in that: the opening is defined within a latch mechanism fixed at the second end of the first suture. a) a needle including a needle tip with a sharp end and a circumferential capture groove adjacent the sharp end, and a straight, tubular needle body having a first end adjacent the needle tip, a second end opposite the needle tip, a side wall extending between the first and second ends, and an axis extending between the first and second ends, the second end provided with a retaining structure into which the needle holder arm can be received so that the needle body can be removably retained on the needle holder arm; and b) a length of first suture having a first end, a second end, and an opening for receiving a second suture there through, wherein at least the first end of the first suture is fixed within the needle body, the first suture extending out of the side wall of the needle body at a transverse orientation relative to the axis, the opening is defined within a latch mechanism fixed at the second end of the first suture.
A system for monitoring hemodynamics of a subject, comprising: a signal generating system configured for providing at least an output electric signal and transmitting said output signal to an organ of the subject; a demodulation system configured for receiving an input electrical signal sensed from the organ responsively to said output electric signal, and for modulating said input signal using said output signal to provide an in-phase component and a quadrature component of said input signal; the system further comprising: a processing system configured for combining said in-phase component with said quadrature component thereby to generate a hybrid signal, and for monitoring the hemodynamics based on said hybrid signal, wherein said hybrid signal is a linear combination of said components, and wherein said monitoring comprises calculating based on said hybrid signal at least one property selected from the group consisting of stroke volume, SV, cardiac output, CO, ventricular ejection time, VET, cardiac index, CI, thoracic fluid content, TFC, total peripheral resistance index, TPRI, and blood vessel compliance. a signal generating system configured for providing at least an output electric signal and transmitting said output signal to an organ of the subject; a demodulation system configured for receiving an input electrical signal sensed from the organ responsively to said output electric signal, and for modulating said input signal using said output signal to provide an in-phase component and a quadrature component of said input signal; the system further comprising: a processing system configured for combining said in-phase component with said quadrature component thereby to generate a hybrid signal, and for monitoring the hemodynamics based on said hybrid signal, wherein said hybrid signal is a linear combination of said components, and wherein said monitoring comprises calculating based on said hybrid signal at least one property selected from the group consisting of stroke volume, SV, cardiac output, CO, ventricular ejection time, VET, cardiac index, CI, thoracic fluid content, TFC, total peripheral resistance index, TPRI, and blood vessel compliance. a processing system configured for combining said in-phase component with said quadrature component thereby to generate a hybrid signal, and for monitoring the hemodynamics based on said hybrid signal, wherein said hybrid signal is a linear combination of said components, and wherein said monitoring comprises calculating based on said hybrid signal at least one property selected from the group consisting of stroke volume, SV, cardiac output, CO, ventricular ejection time, VET, cardiac index, CI, thoracic fluid content, TFC, total peripheral resistance index, TPRI, and blood vessel compliance.
A material pre-separator having an inlet side and an outlet side for a particle-laden air flow, with a plurality of strip-shaped separating elements (2, 3, 4) which are vertically stacked above one another and arranged horizontally, wherein said pre-separator is flowed against at the inlet side from the front and/or from above, wherein the air flow is guided perpendicular to the vertical and against the strip-shaped separating elements (2, 3, 4), which are stacked and arranged horizontally, characterised in that the separating elements (2, 3) are arranged from top to bottom, initially with a rising positive angle (W2, W3) against the vertical and has at least one lower separating element at a negative angle against the vertical, whereas the separating elements (2, 3, 4, 5) are arranged behind and below one another with an overlap, viewed from the inlet side.
Connector arrangement for connecting an electrical conductor, with - a current bar, - a clamping yoke which has two clamping limbs (113, 114), which are arranged parallel to one another, and a connecting web which connects the two clamping limbs (113, 114) to one another, the clamping limbs (113, 114) in each case having a leadthrough opening (116, 117), through which the current bar is led and through which the conductor to be connected is led in a clamping position in such a way that the conductor is clamped against the current bar, and - a compression spring which is arranged between the connecting web of the clamping yoke and the current bar and can be compressed in the case of a movement of the clamping yoke from the clamping position into an open position, the clamping yoke having at least one clamping lug which protrudes into a clamping space which is configured between the two clamping limbs (113, 114), by means of which clamping lug the conductor is clamped against the current bar in the clamping position, characterized in that the clamping lug configures an insertion bevel for inserting the conductor to be connected into the clamping space, by the clamping lug protruding obliquely into the clamping space and the clamping lug being configured so as to be angled away with respect to the clamping limbs (113, 114), with the result that the clamping yoke is of directly pluggable configuration and the insertion of the conductor is made possible without an actuation of the clamping yoke by means of a tool. - a current bar, - a clamping yoke which has two clamping limbs (113, 114), which are arranged parallel to one another, and a connecting web which connects the two clamping limbs (113, 114) to one another, the clamping limbs (113, 114) in each case having a leadthrough opening (116, 117), through which the current bar is led and through which the conductor to be connected is led in a clamping position in such a way that the conductor is clamped against the current bar, and - a compression spring which is arranged between the connecting web of the clamping yoke and the current bar and can be compressed in the case of a movement of the clamping yoke from the clamping position into an open position, the clamping yoke having at least one clamping lug which protrudes into a clamping space which is configured between the two clamping limbs (113, 114), by means of which clamping lug the conductor is clamped against the current bar in the clamping position,
A vane assembly for a turbomachinery device, the assembly comprising: a rotatable vane configured to control a flow of a working fluid in the turbomachinery device, said rotatable vane having at least one end section (24, 26) configured to be spaced apart from a surface (31, 41) of an adjacent structure (30, 40) of the turbomachinery device that is opposite said at least one end section (24, 26) to thereby leave a gap (34, 44) between said at least one end section (24, 26) and said surface (31, 41); means for sealing the gap between said at least one end section (24, 26) and the surface (31, 41); and characterized in further comprising a compression spring configured to bias said means for sealing toward the surface (31, 41). a rotatable vane configured to control a flow of a working fluid in the turbomachinery device, said rotatable vane having at least one end section (24, 26) configured to be spaced apart from a surface (31, 41) of an adjacent structure (30, 40) of the turbomachinery device that is opposite said at least one end section (24, 26) to thereby leave a gap (34, 44) between said at least one end section (24, 26) and said surface (31, 41); means for sealing the gap between said at least one end section (24, 26) and the surface (31, 41); and characterized in further comprising a compression spring configured to bias said means for sealing toward the surface (31, 41).
Arrangement for controlling ultrasonic sensors (1, 2, 3, 4), in particular for ultrasound-based environment detection systems in a motor vehicle, having at least one interface unit between the at least one ultrasonic sensor (1, 2, 3, 4) and a control device already provided in the motor vehicle for other control tasks, wherein the interface unit independently controls all time-critical transmitting, receiving and programming modes of all ultrasonic sensors (1, 2, 3, 4) and provides the control device with the determined signals via corresponding communication lines (9, 10), characterized in that the interface unit is in the form of an ASIC and is integrated in the control device.
A transfer method for transferring a body, comprising the steps of: preparing a first substrate having a device-forming layer formed on the surface thereof, wherein a peeling layer is formed between the first substrate and the device-forming layer; forming grooves so that the device-forming layer is separated into a plurality of bodies and the peeling layer between the plurality of bodies is cut, said bodies being active or passive devices or a circuit comprising a combination of such devices; selectively forming an adhesive layer on a final substrate; placing the first substrate on the final substrate so that a body to be transferred is aligned with the adhesive layer, thus selectively bonding only the body to be transferred onto the final substrate via the adhesive layer; applying energy to the peeling layer selectively at the location of the body to be transferred to effect selective peeling within and/or at the surface of the peeling layer; applying forces to the first substrate and the final substrate to separate the first substrate from the final substrate, the transferred body being joined to the final substrate by the adhesive layer. preparing a first substrate having a device-forming layer formed on the surface thereof, wherein a peeling layer is formed between the first substrate and the device-forming layer; forming grooves so that the device-forming layer is separated into a plurality of bodies and the peeling layer between the plurality of bodies is cut, said bodies being active or passive devices or a circuit comprising a combination of such devices; selectively forming an adhesive layer on a final substrate; placing the first substrate on the final substrate so that a body to be transferred is aligned with the adhesive layer, thus selectively bonding only the body to be transferred onto the final substrate via the adhesive layer; applying energy to the peeling layer selectively at the location of the body to be transferred to effect selective peeling within and/or at the surface of the peeling layer; applying forces to the first substrate and the final substrate to separate the first substrate from the final substrate, the transferred body being joined to the final substrate by the adhesive layer.