mhurhangee/patent-ind-claim-en huggingface dataset:
A headgear for holding a respiratory mask on a face of a patient during treatment for sleep disordered breathing, comprising: a first strap configured to engage a back of a patient's head and extend on either side of the patient's parietal bone behind the patient's ears and assume, in use, a substantially circular or oval shape; a pair of top straps configured to extend above the patient's ear and a pair of bottom straps configured to extend below the patient's ear, each attached to the first strap at a join, a rigidizer encapsulated in the first strap, wherein the rigidizer is able to bend or deform along its length but resists or prevents stretching of the headgear in a lengthwise direction of the rigidizer, wherein the first strap includes a first fabric outer layer constructed and arranged to be located on a patient-contacting side and a second fabric outer layer constructed and arranged to be located on a non-patient-contacting side thermoformed and attached to the rigidizer; wherein the first fabric outer layer and the second fabric outer layer are joined at a joint arranged to be positioned away from the patient's face in use; and wherein the rigidizer is less extensible than remaining portions of the headgear. a first strap configured to engage a back of a patient's head and extend on either side of the patient's parietal bone behind the patient's ears and assume, in use, a substantially circular or oval shape; a pair of top straps configured to extend above the patient's ear and a pair of bottom straps configured to extend below the patient's ear, each attached to the first strap at a join, a rigidizer encapsulated in the first strap, wherein the rigidizer is able to bend or deform along its length but resists or prevents stretching of the headgear in a lengthwise direction of the rigidizer, wherein the first strap includes a first fabric outer layer constructed and arranged to be located on a patient-contacting side and a second fabric outer layer constructed and arranged to be located on a non-patient-contacting side thermoformed and attached to the rigidizer; wherein the first fabric outer layer and the second fabric outer layer are joined at a joint arranged to be positioned away from the patient's face in use; and wherein the rigidizer is less extensible than remaining portions of the headgear.
An allele designated alpha-CMV which confers resistance to CMV when present in a spinach plant, wherein the protein encoded by said allele is a CC-NBS-LRR protein that comprises in its amino acid sequence: a) the motif "MAEIGYSVC" at its N-terminus; b) the motif "KWMCLR"; and c) an LRR domain that has in order of increased preference at least 95%, 96%, 97%, 98%, 99%, 100% sequence similarity to SEQ ID No:10.
Motor vehicle having at least two motor vehicle elements , which comprise an airfilter housing and an oil tank , wherein one of the motor vehicle elements is held on at least one body component of the motor vehicle by means of the other motor vehicle element , characterised in that the motor vehicle element , by means of which the other motor vehicle element is held, is formed from metal, wherein the air filter housing is held on the at least one body component of the motor vehicle by means of the oil tank .
A polymerization process, the process comprising: contacting a dual catalyst system with an olefin monomer and an optional olefin comonomer in a polymerization reactor system under polymerization conditions to produce an olefin polymer, wherein the olefin polymer comprises a higher molecular weight component and a lower molecular weight component, wherein the dual catalyst system comprises a first metallocene catalyst component and a second metallocene catalyst component, and wherein the polymerization conditions comprise a reaction temperature and a dual catalyst system residence time; and controlling a weight ratio of the higher molecular weight component to the lower molecular weight component by adjusting the reaction temperature, wherein the weight ratio of the higher molecular weight component to the lower molecular weight component increases as the reaction temperature increases. contacting a dual catalyst system with an olefin monomer and an optional olefin comonomer in a polymerization reactor system under polymerization conditions to produce an olefin polymer, wherein the olefin polymer comprises a higher molecular weight component and a lower molecular weight component, wherein the dual catalyst system comprises a first metallocene catalyst component and a second metallocene catalyst component, and wherein the polymerization conditions comprise a reaction temperature and a dual catalyst system residence time; and wherein the olefin polymer comprises a higher molecular weight component and a lower molecular weight component, wherein the dual catalyst system comprises a first metallocene catalyst component and a second metallocene catalyst component, and wherein the polymerization conditions comprise a reaction temperature and a dual catalyst system residence time; and controlling a weight ratio of the higher molecular weight component to the lower molecular weight component by adjusting the reaction temperature, wherein the weight ratio of the higher molecular weight component to the lower molecular weight component increases as the reaction temperature increases.
A temporary bonding method comprising: providing a stack comprising a first substrate having a back surface and a front surface ; a bonding layer adjacent said front surface; and a second substrate having a first surface, said first surface including a polyimide release layer adjacent said bonding layer, wherein said polyimide release layer is a UV release layer releasable upon exposure to UV laser energy and comprises a polymer; and exposing said polyimide release layer to laser energy so as to facilitate separation of said first and second substrates; characterised in that : said polymer comprises recurring monomers selected from the group consisting of fluorinated dianhydrides, photosensitive dianhydrides, photosensitive diamines, and combinations thereof. providing a stack comprising a first substrate having a back surface and a front surface ; a bonding layer adjacent said front surface; and a second substrate having a first surface, said first surface including a polyimide release layer adjacent said bonding layer, wherein said polyimide release layer is a UV release layer releasable upon exposure to UV laser energy and comprises a polymer; and a first substrate having a back surface and a front surface ; a bonding layer adjacent said front surface; and a second substrate having a first surface, said first surface including a polyimide release layer adjacent said bonding layer, wherein said polyimide release layer is a UV release layer releasable upon exposure to UV laser energy and comprises a polymer; and exposing said polyimide release layer to laser energy so as to facilitate separation of said first and second substrates; characterised in that : said polymer comprises recurring monomers selected from the group consisting of fluorinated dianhydrides, photosensitive dianhydrides, photosensitive diamines, and combinations thereof.
A back focus adjustment mechanism, comprising a driving device and a positioning and guiding device separately provided, wherein the positioning and guiding device comprises a positioning assembly and a guiding assembly , the guiding assembly is mounted on the positioning assembly , and the driving device is in driving connection with the guiding assembly to drive the guiding assembly to move; wherein the positioning assembly comprises a mounting plate in which a guiding hole is provided, the guiding assembly comprises: a guiding bearing , which is mounted on a first side of the mounting plate and is communicated with the guiding hole ; an image sensor fixing plate , which is located on a second side of the mounting plate opposite the first side of the mounting plate ; a guiding shaft , which is fixedly provided on the image sensor fixing plate and is provided within the guiding bearing through the guiding hole ; and wherein the guiding shaft is moveable relative to the positioning assembly , the driving device and the guiding shaft are provided separately, the driving device can contact the guiding shaft so as to drive the guiding shaft to move in a direction away from the positioning assembly . a guiding bearing , which is mounted on a first side of the mounting plate and is communicated with the guiding hole ; an image sensor fixing plate , which is located on a second side of the mounting plate opposite the first side of the mounting plate ; a guiding shaft , which is fixedly provided on the image sensor fixing plate and is provided within the guiding bearing through the guiding hole ; and wherein the guiding shaft is moveable relative to the positioning assembly , the driving device and the guiding shaft are provided separately, the driving device can contact the guiding shaft so as to drive the guiding shaft to move in a direction away from the positioning assembly .
An enclosure for minimising egress of hazardous gases released from post process chamber equipment during operation thereof, the enclosure comprising:- a structural frame describing an outer envelope of post process chamber equipment to be housed therein; and an outlet , configured to be connected to an extraction system; and a plurality of panels , characterised in that each of said plurality of panels comprises a sub-frame to which is connected a mesh layer in combination with a non-porous, membrane layer , the layers being substantially co-planar with one another, wherein the panels are mounted to the enclosure frame in a contiguous manner such that, in use, a pressure internal to the enclosure , lower than that experienced external to the enclosure , can be maintained thereby inhibiting inadvertent egress of any hazardous gases present in the enclosure . a structural frame describing an outer envelope of post process chamber equipment to be housed therein; and an outlet , configured to be connected to an extraction system; and a plurality of panels , characterised in that each of said plurality of panels comprises a sub-frame to which is connected a mesh layer in combination with a non-porous, membrane layer , the layers being substantially co-planar with one another, wherein the panels are mounted to the enclosure frame in a contiguous manner such that, in use, a pressure internal to the enclosure , lower than that experienced external to the enclosure , can be maintained thereby inhibiting inadvertent egress of any hazardous gases present in the enclosure .
A bulldozer that is intended for spreading and levelling road surface material over which an asphalt layer is further intended to be applied, which bulldozer is formed of a frame that is articulated in the middle and of bearing chain track wheels and a front bulldozer blade , characterized in that the bulldozer blade has three parts, a body blade and side blades folding forward to an angle of 90° on both sides, whereby a U-shaped trough is formed in front of the bulldozer, wherein the body blade and the side blades each comprise a cutting edge part that is arranged to lower edges of the blades, and in operation, the cutting edge is extending vertically towards the surface being levelled at an angle of 90 degrees relative to the surface being worked.
An annular knife comprising at least: a. an annular knife holder ; b. an annular knife blade ; c. a handle or a robot connection unit; and d. at least one orientation sensor ; wherein said sensor is mounted within the knife's solid parts. a. an annular knife holder ; b. an annular knife blade ; c. a handle or a robot connection unit; and d. at least one orientation sensor ;
An MRAM cell comprising: a magnetic storage element comprising a spin momentum transfer device , the magnetic storage element including, from top to bottom, a first electrode , a magnetic free layer , a barrier layer , and a magnetic pinned layer , arranged sequentially in a stacked formation; at least three conductive segments electrically coupled to the magnetic storage element and forming a bit line connected to the top of the magnetic storage element, a second electrode connected to the bottom of the magnetic storage element, and a word line coupled to the second electrode; and a magnetic liner partially surrounding each conductive segment, the magnetic liner comprising a material with a characteristic magnetic response that acts to divert at least a portion of a magnetic field created by a current passing through the conductive segments away from the magnetic storage element, wherein the bit line is formed of copper and the magnetic liner forms a barrier between the bit line and adjacent components so as to limit copper electro-migration to adjacent components. a magnetic storage element comprising a spin momentum transfer device , the magnetic storage element including, from top to bottom, a first electrode , a magnetic free layer , a barrier layer , and a magnetic pinned layer , arranged sequentially in a stacked formation; at least three conductive segments electrically coupled to the magnetic storage element and forming a bit line connected to the top of the magnetic storage element, a second electrode connected to the bottom of the magnetic storage element, and a word line coupled to the second electrode; and a magnetic liner partially surrounding each conductive segment, the magnetic liner comprising a material with a characteristic magnetic response that acts to divert at least a portion of a magnetic field created by a current passing through the conductive segments away from the magnetic storage element, wherein the bit line is formed of copper and the magnetic liner forms a barrier between the bit line and adjacent components so as to limit copper electro-migration to adjacent components.
Head restraint for a vehicle seat, in particular for a motor vehicle seat, wherein the head restraint has a cushion part facing the head of a seat occupant, a main body and a comfort adjustment device , wherein in a usage situation of the head restraint the cushion part may be adjusted relative to the main body from a first position further removed from the head of the seat occupant into a second position provided closer to the head of the seat occupant by means of the comfort adjustment device , wherein the cushion part may also be adjusted by means of the comfort adjustment device from the second position in the direction of the first position, wherein this requires the adjustment of a front extreme position of the cushion part , wherein the comfort adjustment device has a control element which may be adjusted in a locked position and in an unlocked position, wherein with an adjustment of the control element in the locked position a direct movement of the cushion part is possible from the first position into the second position, a movement of the cushion part being blocked in the opposing direction, however, and wherein with an adjustment of the control element in the unlocked position a direct movement of the cushion part is possible from the first position into the second position and from the second position into the first position, wherein the movement of the cushion part for comfort adjustment is a pivoting movement of the cushion part about a rotational axis extending substantially horizontally, wherein the rotational axis extends in the upper region of the head restraint or of the main body , wherein the cushion part may be adjusted into a plurality of latching positions, wherein the adjustment force required for adjustment in the direction from the first position into the second position of the cushion part is provided to be greater after the last latching position before the extreme position, wherein for increasing the adjustment force a leaf spring and/or a spiral spring and/or a buffer function is provided, wherein the buffer function is provided, in particular, by means of a rubber material and/or by means of a foam material and/or by means of a linear damping element and/or by means of a rotational damping element about the rotational axis .
A system for heating dialysate before delivery into a dialysis patient, comprising: a dialysis machine including one or more internal cooling components configured to expel heated air from the dialysis machine ; and a receptacle configured to receive one or more containers of dialysate, the one or more containers of dialysate being positionable relative to the expelled heated air of the dialysis machine , wherein the expelled heated air is flowable around the one or more containers of dialysate to increase a temperature of the dialysate ; wherein the receptacle includes: a section configured to receive the one or more containers of dialysate; and characterized in that the receptacle further includes: a stand configured to position the dialysis machine such that the expelled heated air is directed around the one or more containers of dialysate, wherein the stand positions the dialysis machine over the section and wherein the stand includes one or more vents for directing the expelled heated air around the one or more containers of dialysate. a dialysis machine including one or more internal cooling components configured to expel heated air from the dialysis machine ; and a receptacle configured to receive one or more containers of dialysate, the one or more containers of dialysate being positionable relative to the expelled heated air of the dialysis machine , wherein the expelled heated air is flowable around the one or more containers of dialysate to increase a temperature of the dialysate ; wherein the receptacle includes: a section configured to receive the one or more containers of dialysate; and characterized in that the receptacle further includes: a stand configured to position the dialysis machine such that the expelled heated air is directed around the one or more containers of dialysate, wherein the stand positions the dialysis machine over the section and wherein the stand includes one or more vents for directing the expelled heated air around the one or more containers of dialysate. a section configured to receive the one or more containers of dialysate; and characterized in that the receptacle further includes: a stand configured to position the dialysis machine such that the expelled heated air is directed around the one or more containers of dialysate, wherein the stand positions the dialysis machine over the section and wherein the stand includes one or more vents for directing the expelled heated air around the one or more containers of dialysate.
A method of making a beverage container (C), comprising: extruding a parison ; capturing a portion of the parison within a mold ; and inflating the portion of the parison against the mold by introducing a pressurized liquid (L) into an interior of the portion of the parison to form a resultant beverage container (C); characterised in that the pressurized liquid is a beverage that forms an end product disposed within the resultant beverage container; the mold is heated to a first temperature between 93°C to 177°C prior to the introduction of the pressurized liquid in order to impart increased crystallinity levels within the resultant beverage container; the portion of the parison is at a second temperature greater than the first temperature when the pressurized liquid is introduced into the portion of the parison; the pressurized liquid has a third temperature lower than the second temperature when the pressurized liquid is introduced into the portion of the parison to cause the pressurized liquid to decrease the temperature of the portion of the parison to initiate solidifying of the portion of the parison into the resultant container. extruding a parison ; capturing a portion of the parison within a mold ; and inflating the portion of the parison against the mold by introducing a pressurized liquid (L) into an interior of the portion of the parison to form a resultant beverage container (C); characterised in that the pressurized liquid is a beverage that forms an end product disposed within the resultant beverage container; the mold is heated to a first temperature between 93°C to 177°C prior to the introduction of the pressurized liquid in order to impart increased crystallinity levels within the resultant beverage container; the portion of the parison is at a second temperature greater than the first temperature when the pressurized liquid is introduced into the portion of the parison; the pressurized liquid has a third temperature lower than the second temperature when the pressurized liquid is introduced into the portion of the parison to cause the pressurized liquid to decrease the temperature of the portion of the parison to initiate solidifying of the portion of the parison into the resultant container.
A driving assistance device, comprising: - a turning state detection means for detecting a turning state of a host vehicle (Ca) based on the steering angle of the host vehicle (Ca); - an imaging means installed on the host vehicle (Ca) for taking an image of a predetermined range which includes detection regions (R) set at the rear-left and the rear-right of the host vehicle (Ca) wherein the detection regions (R) are rectangles in bird's eye view; - a solid object detection means for detecting a solid object within the detection regions (R) based on the captured image; - a detection region modification means for altering the area of the detection regions (R) so that the smaller the turning radius of the host vehicle (Ca) the shorter the region length of the detection regions (R) in a traveling direction in a bird's eye view image based on the turning state of the host vehicle (Ca) when the turning state detection means detects that the host vehicle (Ca) is in the turning state to prevent false recognition of a solid object; and - a viewpoint conversion means for converting a plurality of the captured images taken by the imaging means into bird's eye view images using viewpoint conversion, wherein the detection region modification means is configured to alter the shape or the area of the detection regions (R) so that the region length of the detection region (R) corresponding to the inside of the turn has a larger degree of modification than the region length of the detection region (R) corresponding to the outside of the turn. - a turning state detection means for detecting a turning state of a host vehicle (Ca) based on the steering angle of the host vehicle (Ca); - an imaging means installed on the host vehicle (Ca) for taking an image of a predetermined range which includes detection regions (R) set at the rear-left and the rear-right of the host vehicle (Ca) wherein the detection regions (R) are rectangles in bird's eye view; - a solid object detection means for detecting a solid object within the detection regions (R) based on the captured image; - a detection region modification means for altering the area of the detection regions (R) so that the smaller the turning radius of the host vehicle (Ca) the shorter the region length of the detection regions (R) in a traveling direction in a bird's eye view image based on the turning state of the host vehicle (Ca) when the turning state detection means detects that the host vehicle (Ca) is in the turning state to prevent false recognition of a solid object; and - a viewpoint conversion means for converting a plurality of the captured images taken by the imaging means into bird's eye view images using viewpoint conversion,