mhurhangee/ep-ind-claims huggingface dataset:
A stair lift for conveying a person from a first level to a second level, comprising: a rail which extends between the first and the second level; a frame which is provided with engaging means designed to engage the rail in such a manner that the frame can be moved along the rail, driving means designed to cause the frame to move along the rail, and a support, in particular a chair, on which the person can be seated, the stair lift furthermore being provided with control means designed to activate the driving means; wherein the control means comprise at least one touch-sensitive surface, which surface extends or is arranged to be able to extend in such a manner that a person can rest his or her hand, or a part thereof, on the surface so as to activate the driving means, and whereby the control means are designed to activate the driving means, and to keep said driving means activated, if and as long as the hand, or a part thereof, rests on a predetermined part of the surface, and to deactivate the driving means when the hand, or a part thereof, is no longer in contact with said predetermined part of the surface, characterized in that the control means are designed to activate the driving means when the hand, or a part thereof, makes a predetermined movement over the surface to the predetermined part of the surface, and to deactivate the driving means when the hand, or a part thereof, is no longer in contact with the predetermined part of the surface at the end of the movement being made. a rail which extends between the first and the second level; a frame which is provided with engaging means designed to engage the rail in such a manner that the frame can be moved along the rail, driving means designed to cause the frame to move along the rail, and a support, in particular a chair, on which the person can be seated, the stair lift furthermore being provided with control means designed to activate the driving means; wherein the control means comprise at least one touch-sensitive surface, which surface extends or is arranged to be able to extend in such a manner that a person can rest his or her hand, or a part thereof, on the surface so as to activate the driving means, and whereby the control means are designed to activate the driving means, and to keep said driving means activated, if and as long as the hand, or a part thereof, rests on a predetermined part of the surface, and to deactivate the driving means when the hand, or a part thereof, is no longer in contact with said predetermined part of the surface, characterized in that the control means are designed to activate the driving means when the hand, or a part thereof, makes a predetermined movement over the surface to the predetermined part of the surface, and to deactivate the driving means when the hand, or a part thereof, is no longer in contact with the predetermined part of the surface at the end of the movement being made.
A method of manufacturing a medical balloon using a mold having a mold cavity, comprising: blow molding a parison at least partially within the mold cavity of the mold to form a balloon having a modified outer portion along a working surface of the balloon, wherein the mold cavity includes a surface pattern and a filler material, and the blow molding step creates the modified portion by contacting the parison with the surface pattern and the filler material. blow molding a parison at least partially within the mold cavity of the mold to form a balloon having a modified outer portion along a working surface of the balloon, wherein the mold cavity includes a surface pattern and a filler material, and the blow molding step creates the modified portion by contacting the parison with the surface pattern and the filler material.
A class-D amplifier, comprising: a loop filter, a control signal generator, a first power driver, and a first feedback circuit, configured to establish a first loop for signal amplification; a settling circuit (including 112 and 114), configured to be combined with the loop filer and the control signal generator to establish a second loop to settle the loop filter and the control signal generator before the first loop is enabled; and a pre-charging circuit, which, when the second loop is enabled, is configured to pre-charge a positive output terminal (Vop) and a negative output terminal (Von) of the first power driver which are a first positive feedback terminal and a second negative feedback terminal, respectively; characterized in that the pre-charging circuit is configured to pre-charge the positive output terminal (Vop) and the negative output terminal (Von) of the first power driver to a common voltage, such that a voltage drop between the positive output terminal (Vop) and the negative output terminal (Von) is suppressed to zero before the first loop for signal amplification is enabled whereby a pop-click noise is eliminated. a loop filter, a control signal generator, a first power driver, and a first feedback circuit, configured to establish a first loop for signal amplification; a settling circuit (including 112 and 114), configured to be combined with the loop filer and the control signal generator to establish a second loop to settle the loop filter and the control signal generator before the first loop is enabled; and a pre-charging circuit, which, when the second loop is enabled, is configured to pre-charge a positive output terminal (Vop) and a negative output terminal (Von) of the first power driver which are a first positive feedback terminal and a second negative feedback terminal, respectively; characterized in that the pre-charging circuit is configured to pre-charge the positive output terminal (Vop) and the negative output terminal (Von) of the first power driver to a common voltage, such that a voltage drop between the positive output terminal (Vop) and the negative output terminal (Von) is suppressed to zero before the first loop for signal amplification is enabled whereby a pop-click noise is eliminated.
An accelerator device, comprising: a request agent, RA, comprising a compute engine configured to perform at least one accelerator function; a slave agent, SA, comprising a memory controller; and local memory, wherein the RA is configured to transfer ownership of a data set received from a home agent, HA, in a host coupled to the accelerator device to the SA, wherein the memory controller is configured to service a request, transmitted by the compute engine, to access the data set stored in the local memory once ownership has been transferred to the SA, and wherein the RA is configured to transfer ownership from the SA back to the HA. a request agent, RA, comprising a compute engine configured to perform at least one accelerator function; a slave agent, SA, comprising a memory controller; and local memory, wherein the RA is configured to transfer ownership of a data set received from a home agent, HA, in a host coupled to the accelerator device to the SA, wherein the memory controller is configured to service a request, transmitted by the compute engine, to access the data set stored in the local memory once ownership has been transferred to the SA, and wherein the RA is configured to transfer ownership from the SA back to the HA.
A gas sensor package, comprising - a gas sensor chip comprising a semiconductor substrate, a processing circuit integrated into the semiconductor substrate, a layer sensitive to a gas, and a heater for heating the sensitive layer, - contact pads for electrically contacting the gas sensor package, - a die pad the gas sensor chip is mounted to, - electrical connections between the gas sensor chip and the contact pads, - a molding compound at least partially enclosing the gas sensor chip, and - an opening in the molding compound providing access to the sensitive layer of the gas sensor chip, - a front side and a back side, wherein the opening is arranged in the front side, and wherein the contact pads are arranged at the back side, - wherein one of the contact pads serves as a pin for supplying electrical current to the heater of the gas sensor chip, - wherein another one of the contact pads serves as a supply pin for supplying power for operating the gas sensor chip except for the heater, - wherein the processing circuit is configured to control the heater. - a gas sensor chip comprising a semiconductor substrate, a processing circuit integrated into the semiconductor substrate, a layer sensitive to a gas, and a heater for heating the sensitive layer, - contact pads for electrically contacting the gas sensor package, - a die pad the gas sensor chip is mounted to, - electrical connections between the gas sensor chip and the contact pads, - a molding compound at least partially enclosing the gas sensor chip, and - an opening in the molding compound providing access to the sensitive layer of the gas sensor chip, - a front side and a back side, wherein the opening is arranged in the front side, and wherein the contact pads are arranged at the back side, - wherein one of the contact pads serves as a pin for supplying electrical current to the heater of the gas sensor chip, - wherein another one of the contact pads serves as a supply pin for supplying power for operating the gas sensor chip except for the heater, - wherein the processing circuit is configured to control the heater.
Arrangement for ventilating a room, in particular a laboratory room, which has a corridor area that is delimited at both sides by work tables (6a, 6b), with an air supply channel arranged above the corridor area for supplying fresh air to the room, and an exhaust air channel arranged above the same, for venting exhaust air from the room, wherein the air supply channel has a multitude of air outlet openings (10a, 10b), from which supplied air exits above the corridor area, characterised in that the air supply channel comprises two side air supply sections (8a, 8b) which extend along the corridor area and each have a multitude of circular air outlet openings (10a, 10b), from which supplied air exits at the side in the direction of the work tables (6a, 6b), in that a substantially air-tight central separating section is provided which separates the first and the second air supply section (8a, 8b) from each other, and in that the exhaust air channel comprises two slot-like extraction openings (14a, 14b) extending substantially parallel to the air supply channel, which are arranged in the area of the ceiling of the room in such a way that an air roll (18a, 18b) is formed on both sides of the corridor area, by which air that is heated in the area of the work tables (6a, 6b) is supplied in a vertical direction to the area of the ceiling of the room.
A computer-implemented method of augmented reality interaction for repositioning a virtual object on an image of a surface, the method comprising; capturing successive video images of the surface and first and second control objects; defining an interaction start area(1022, 1024) over the surface with respect to the virtual object; detecting the first and second control objects in successive video images; detecting whether the first and second control objects are brought together over the interaction start area; and if so, analysing a region of successive video images using optical flow analysis to determine the overall direction of motion of the first and second control objects; and augmenting the video image to show the virtual object being held by the first and second control objects detected as brought together over the interaction start area; and in which the step of augmenting the video image to show the virtual object being held by the first and second control objects comprises the step of superposing a graphical effect on the video image prior to superposition of the virtual object, such that the graphical effect visually disconnects the virtual object from the first and second control objects in the resulting augmented image.
An abrasive article comprising: an abrasive body having abrasive grains contained within a bond material, wherein the abrasive grains comprise microcrystalline alumina, and wherein the bond material comprises less than 1.0 mol% phosphorous oxide (P 2 O 5), and a ratio measured in mol% between a total content of sodium oxide (Na 2 O) and a total content of potassium oxide (K 2 O) defined by [K 2 O/Na 2 O] having a value within a range between 0.5 to 2.2.
A process for preparing polyether alcohols, which comprises the steps a) reaction of an unsaturated natural oil or fat with a mixture of carbon monoxide and hydrogen in the presence of a transition metal carbonyl complex of cobalt as catalyst, b) deactivation and removal of the catalyst, c) reaction of the mixture from step b) with hydrogen, d) reaction of the product from step c) with an alkylene oxide in the presence of a catalyst. a) reaction of an unsaturated natural oil or fat with a mixture of carbon monoxide and hydrogen in the presence of a transition metal carbonyl complex of cobalt as catalyst, b) deactivation and removal of the catalyst, c) reaction of the mixture from step b) with hydrogen, d) reaction of the product from step c) with an alkylene oxide in the presence of a catalyst.
A formulation for substantially stable storage of one or more thrombocytes at ambient temperatures, comprising (i) a pH buffer; (ii) an anti-coagulant; and (iii) a halogenated disaccharide derivative, wherein said halogenated disaccharide derivative is a di- or tri-chlorinated disaccharide, and wherein the pH of the composition is in the range of 4.0 to 9.0. (i) a pH buffer; (ii) an anti-coagulant; and (iii) a halogenated disaccharide derivative, wherein said halogenated disaccharide derivative is a di- or tri-chlorinated disaccharide, and
A structure comprising first and second parts (10, 12) connected to one another, the second part providing support for the first part; wherein the first part comprises an elongate column having an elevated mass mounted thereon; and the second part comprises at least three elongate columns, and a transition device by means of which the first and second parts (10, 12) are connected; the transition device comprising at least three elongate struts secured relative to one another by securing means, wherein the elongate struts are positioned about a portion of the first part of said structure which is connected to the second part of said structure; wherein a central longitudinal axis of each elongate column of the second part extends from the associated column to converge on a single point located below the centre of gravity of the elevated mass; the securing means comprising first securing means positioned at a first location along the lengths of the elongate struts and second securing means positioned at a second location along the lengths of the elongate struts, wherein each first and second securing means (60, 62) is a unitary member, and wherein one of said securing means is provided with an aperture through which said portion of the first part extends; wherein the axis of each elongate column of the second part is coincident with a different central longitudinal axis of said struts of the transition device. wherein the first part comprises an elongate column having an elevated mass mounted thereon; and the second part comprises at least three elongate columns, and a transition device by means of which the first and second parts (10, 12) are connected; the transition device comprising at least three elongate struts secured relative to one another by securing means, wherein the elongate struts are positioned about a portion of the first part of said structure which is connected to the second part of said structure; wherein a central longitudinal axis of each elongate column of the second part extends from the associated column to converge on a single point located below the centre of gravity of the elevated mass; the securing means comprising first securing means positioned at a first location along the lengths of the elongate struts and second securing means positioned at a second location along the lengths of the elongate struts, wherein each first and second securing means (60, 62) is a unitary member, and wherein one of said securing means is provided with an aperture through
A system for controlling a transloading device of an agricultural harvester, wherein crop material is ejected from the transloading device achieving a throwing distance (d) and at least one actuating member (7, 8, 13) is associated with the transloading device for adjusting an ejection direction of the crop material, comprising means (12, 16, 18) for changing the actuating speed (φ) of the actuating member (7, 8, 13), characterised in that the actuating speed can be changed in dependence on the throwing distance (d) achieved.
An Agrobacterium -mediated transformation method for making transgenic plant cells, comprising: a. providing a first T-DNA polynucleotide comprising a first transcriptional cassette comprising a selectable marker and at least one transcriptional cassette comprising a trait gene; b. providing a second T-DNA polynucleotide comprising a transcriptional cassette, wherein said transcriptional cassette is transcribed into RNA and whose expression induces reduced expression or silencing of said selectable marker; c. providing a DNA plasmid for Agrobacterium -mediated transformation, comprising said first T-DNA polynucleotide and said second T-DNA polynucleotide; d. performing Agrobacterium -mediated transformation on a plurality of cells to produce a plurality of transgenic plant cells; e. selecting for transgenic plant cells which only contain said first T-DNA polynucleotide using the selection agent for said selectable marker; and f. growing transgenic tissues from said transgenic plant cells of step (e), wherein transgenic plant cells with the second T-DNA polynucleotide of step (b) have reduced survivability through the transformation and regeneration process, and an increased percentage of said transgenic cells carrying only one copy of each transcriptional cassette within the first T-DNA polynucleotide of step (a) is generated compared to methods without step (b), wherein said trait gene is selected from the group comprising herbicide resistance, increased yield, insect control, fungal disease resistance, virus resistance, nematode resistance, bacterial disease resistance, starch production, modified oils production, high oil production, modified fatty acid content, high protein production, fruit ripening, enhanced animal and human nutrition, biopolymers, environmental stress resistance, pharmaceutical peptides, improved processing traits, improved digestibility, industrial enzyme production, improved flavor, nitrogen fixation, hybrid seed production, and biofuel production. a. providing a first T-DNA polynucleotide comprising a first transcriptional cassette comprising a selectable marker and at least one transcriptional cassette comprising a trait gene; b. providing a second T-DNA polynucleotide comprising a transcriptional cassette, wherein said transcriptional cassette is transcribed into RNA and whose expression induces reduced expression or silencing of said selectable marker; c. providing a DNA plasmid for Agrobacterium -mediated transformation, comprising said first T-DNA polynucleotide and said second T-DNA polynucleotide; d. performing Agrobacterium -mediated transformation on a plurality of cells to produce a plurality of transgenic plant cells; e. selecting for transgenic plant cells which only contain said first T-DNA polynucleotide using the selection agent for said selectable marker; and f. growing transgenic tissues from said transgenic plant cells of step (e),
A method for a User Equipment to encode acknowledgement information bits for transmission to a base station in a Time Division Duplex communication system, the method comprising the steps of: generating the acknowledgement information bits for each of a plurality of sub frames and for each of a plurality of cells configured for the UE, wherein one acknowledgement information bit in one subframe is generated for each cell configured with a Transmission Mode that conveys one data Transport Block, and wherein two acknowledgement information bits in one subframe are generated for each cell configured with a TM conveying two data TBs; characterized by generating a first codeword by arranging the acknowledgement information bits corresponding to the plurality of subframes for each of the plurality of cells in an order of ascending cell index values; encoding the first codeword, if a total number of acknowledgement information bits is less than or equal to a predetermined value; placing successive acknowledgement information bits(1450, 1470) from the first codeword into a second codeword and a third codeword, in an alternating manner, and encoding the second codeword and the third codeword, if the total number of acknowledgement information bits is greater than the predetermined value. generating the acknowledgement information bits for each of a plurality of sub frames and for each of a plurality of cells configured for the UE, wherein one acknowledgement information bit in one subframe is generated for each cell configured with a Transmission Mode that conveys one data Transport Block, and wherein two acknowledgement information bits in one subframe are generated for each cell configured with a TM conveying two data TBs; characterized by generating a first codeword by arranging the acknowledgement information bits corresponding to the plurality of subframes for each of the plurality of cells in an order of ascending cell index values; encoding the first codeword, if a total number of acknowledgement information bits is less than or equal to a predetermined value; placing successive acknowledgement information bits(1450, 1470) from the first codeword into a second codeword and a third codeword, in an alternating manner, and encoding the second codeword and the third codeword, if the total number of acknowledgement information bits is greater than the predetermined value.
An open-drive compressor comprising: a crankshaft; a shaft seal engaging the crankshaft; a lip seal; and a drive ring for engaging the shaft seal of the open-drive compressor, the drive ring including: a surface including a first surface portion, wherein the lip seal of the open-drive compressor is configured to ride against the first surface portion to drive the shaft seal with the crankshaft; the open-drive compressor being characterized in that it includes a flow path for directing a flow of lubricant away from the crankshaft, and from one side of the drive ring to a shaft seal cavity side of the drive ring, wherein the flow path comprises a metering hole formed in the drive ring which connects the one side of the drive ring to the shaft seal cavity side. a crankshaft; a shaft seal engaging the crankshaft; a lip seal; and a drive ring for engaging the shaft seal of the open-drive compressor, the drive ring including: a surface including a first surface portion, wherein the lip seal of the open-drive compressor is configured to ride against the first surface portion to drive the shaft seal with the crankshaft; the open-drive compressor being characterized in that it includes a flow path for directing a flow of lubricant away from the crankshaft, and from one side of the drive ring to a shaft seal cavity side of the drive ring, wherein the flow path comprises a metering hole formed in the drive ring which connects the one side of the drive ring to the shaft seal cavity side. a surface including a first surface portion, wherein the lip seal of the open-drive compressor is configured to ride against the first surface portion to drive the shaft seal with the crankshaft; the open-drive compressor being characterized in that it includes a flow path for directing a flow of lubricant away from the crankshaft, and from one side of the drive ring to a shaft seal cavity side of the drive ring, wherein the flow path comprises a metering hole formed in the drive ring which connects the one side of the drive ring to the shaft seal cavity side.