mhurhangee/patent-ind-claim-en huggingface dataset:
Device for fastening functional elements of a motor vehicle to the transverse heating partition of the vehicle, comprising a fastening support constituted of an elongate one-piece component having three fastening elements disposed along the main axis of said component, said fastening elements being constituted of a first fastening bridge receiving a wiper , a second fastening bridge receiving a water box , and a lateral fastening tab receiving an electrical connector , said second bridge being situated between said first fastening bridge and said lateral fastening tab, and said device having means for adjusting the fastening position of said one-piece component to the heating partition.
A method of displaying an image in a display device , the method comprising: receiving information of a first upscaler from a content providing device , transmitting, to the content providing device , image request information requesting the content providing device to selectively transmit an image of a first resolution or an image of a second resolution, the image request information being based on information of the first upscaler of the content providing device and information of a second upscaler of the display device ; receiving the image of the first resolution, or the image of the second resolution which is obtained by performing upscaling on the image of the first resolution using the first upscaler , based on the image request information; based on receiving the image of the first resolution, performing upscaling on the image of the first resolution using the second upscaler of the display device to obtain a upscaled image having the second resolution and displaying the upscaled image having the second resolution, upscaling capability of the second upscaler being different from upscaling capability of the first upscaler ; and based on receiving the image of the second resolution, displaying the image of the second resolution. receiving information of a first upscaler from a content providing device , transmitting, to the content providing device , image request information requesting the content providing device to selectively transmit an image of a first resolution or an image of a second resolution, the image request information being based on information of the first upscaler of the content providing device and information of a second upscaler of the display device ; receiving the image of the first resolution, or the image of the second resolution which is obtained by performing upscaling on the image of the first resolution using the first upscaler , based on the image request information; based on receiving the image of the first resolution, performing upscaling on the image of the first resolution using the second upscaler of the display device to obtain a upscaled image having the second resolution and displaying the upscaled image having the second resolution, upscaling capability of the second upscaler being different from upscaling capability of the first upscaler ; and based on receiving the image of the second resolution, displaying the image of the second resolution.
A display device comprising: a first panel comprising a first surface , a second surface facing the first surface , and a plurality of pixels disposed between the first surface and the second surface ; a cover layer disposed on the first surface of the first panel ; a second panel disposed on the second surface of the first panel and including an opening ; and an ultrasonic sensor attached to the second surface of the first panel in the opening , wherein the second panel comprises a first layer coupled to the first panel on one surface thereof and a second layer coupled to the first layer on an opposite surface of the one surface of the first layer , wherein the opening corresponds to an area on which a first opening formed in the first layer and a second opening formed in the second layer overlap each other, wherein the ultrasonic sensor comprises a flexible printed circuit board, FPCB, extending from a mounting area of the ultrasonic sensor in a first direction, wherein the second opening comprises an area corresponding to the first opening and an extension portion extending from the area corresponding to the first opening in the first direction, and wherein a stepped portion is formed in the second panel by the first layer and the second layer . a first panel comprising a first surface , a second surface facing the first surface , and a plurality of pixels disposed between the first surface and the second surface ; a cover layer disposed on the first surface of the first panel ; a second panel disposed on the second surface of the first panel and including an opening ; and an ultrasonic sensor attached to the second surface of the first panel in the opening , wherein the second panel comprises a first layer coupled to the first panel on one surface thereof and a second layer coupled to the first layer on an opposite surface of the one surface of the first layer , wherein the opening corresponds to an area on which a first opening formed in the first layer and a second opening formed in the second layer overlap each other, wherein the ultrasonic sensor comprises a flexible printed circuit board, FPCB, extending from a mounting area of the ultrasonic sensor in a first direction, wherein the second opening comprises an area corresponding to the first opening and an extension portion extending from the area corresponding to the first opening in the first direction, and
Seat comprising a seat pan , a backrest and an extendable shelf , said backrest comprising, on a first side , a padding for an occupant of said seat to rest their back against, said extendable shelf being located on a second side of said backrest and being mounted so as to be able to pivot relative to the backrest between a stowed position in which the extendable shelf is folded down against the backrest and a deployed position in which, in the stowed position, the extendable shelf is folded down towards the seat pan , the extendable shelf having a lower face oriented towards the seat and an upper face oriented in the opposite direction from the lower face , characterized in that the extendable shelf is equipped with a locking mechanism that is able to hold said extendable shelf in the deployed position, the locking mechanism being able to be unlocked by application of pressure on the upper face of the extendable shelf , with a force greater than a threshold.
A cooling appliance comprising; an ice maker assembly ; the ice maker assembly comprising: an ice mold placed into the ice maker assembly , the ice mold comprising a plurality of cavities into where water to be frozen is filled, wherein the ice mold is configured to be rotated around an axis (I) extending along the length ice mold and the ice mold comprises a first support and a second support extending along the axis (I) via which the ice mold is rotatably placed into the ice maker assembly , an agitation means configured to rotate the ice mold upon activation, and a control unit configured to activate a water pump to direct the water into the cavities and activate the agitation means so as to rotate the ice mold in a first direction and a second direction opposite to the first direction by a predetermined angle after a predetermined time of activation of the water pump such that the water is distributed among the cavities , characterized in that the first support and the second support are placed into respective recesses provided on the ice maker assembly , wherein said recesses have a wedge shaped bottom onto which the supports are placed such that the first support is configured move up and the second support is configured move down relative to the ice maker assembly upon rotation of the ice mold in the first direction and the first support is configured move down and the second support is configured move up relative to the ice maker assembly upon rotation of the ice mold in the second direction opposite to the first direction. an ice mold placed into the ice maker assembly , the ice mold comprising a plurality of cavities into where water to be frozen is filled, wherein the ice mold is configured to be rotated around an axis (I) extending along the length ice mold and the ice mold comprises a first support and a second support extending along the axis (I) via which the ice mold is rotatably placed into the ice maker assembly , an agitation means configured to rotate the ice mold upon activation, and a control unit configured to activate a water pump to direct the water into the cavities and activate the agitation means so as to rotate the ice mold in a first direction and a second direction opposite to the first direction by a predetermined angle after a predetermined time of activation of the water pump such that the water is distributed among the cavities , characterized in that the first support and the second support are placed into respective recesses provided on the ice maker assembly , wherein said recesses have a wedge shaped bottom onto which the supports are placed such that the first support is configured move up and the second support is configured move down relative to the ice maker assembly upon rotation of the ice mold in the first direction and the first support is configured move down and the second support is configured move up relative to the ice maker assembly upon rotation of the ice mold in the second direction opposite to the first direction.
A method of controlling a hydraulic valve having a feed port , a return port , and two service ports , together with a slide that is movably mounted in a body to move between two end positions in one of which the slide puts the feed port into communication with one of the service ports and the return port into communication with the other service port, and in the other of which at least that one of the service ports which was in communication with the return port is put into communication with the feed port, through a stable central position in which the valve puts the return port into communication with one of the two service ports, the cylinder defining first and second control chambers for controlling the slide, the method comprising: - putting the first control chamber under pressure and putting the second control chamber to return so as to cause the slide to move into one of the end positions; and - then putting the second control chamber under pressure and putting the first control chamber to return so as to cause the slide to move into the other one of the end positions; the method being characterized in that it includes an intermediate step, between the two above-mentioned steps, of applying pressure to the control chamber that was connected to return so that both chambers are maintained simultaneously under pressure for a determined length of time (ΔT). - putting the first control chamber under pressure and putting the second control chamber to return so as to cause the slide to move into one of the end positions; and - then putting the second control chamber under pressure and putting the first control chamber to return so as to cause the slide to move into the other one of the end positions;
A dosage form comprising: 1) an inclusion complex of meloxicam in a sulfobutyl ether β-cyclodextrin (SBEβCD), and 2) a bicarbonate.
A method for producing a cup-shaped body , the edge of which has a flange and extends in a plane (E) that is inclined relative to a plane (F) standing perpendicular to the direction of the axial extent (L) of the cup-shaped body , characterized by the steps: - producing a hollow body by means of a deep drawing process, by which a circumferential shoulder , extending between two mantle sections substantially in a plane that is inclined relative to a plane (F) which is perpendicular to a deep drawing direction (R) of the deep drawing process, is formed in the mantle of the hollow body , and - cutting the hollow body along the shoulder in order to obtain the cup-shaped body , wherein the flange of the cup-shaped body is formed by at least a part of the shoulder . - producing a hollow body by means of a deep drawing process, by which a circumferential shoulder , extending between two mantle sections substantially in a plane that is inclined relative to a plane (F) which is perpendicular to a deep drawing direction (R) of the deep drawing process, is formed in the mantle of the hollow body , and - cutting the hollow body along the shoulder in order to obtain the cup-shaped body , wherein the flange of the cup-shaped body is formed by at least a part of the shoulder .
Medical deformation device for a medical article, said deformation device comprising a receptacle for fixing the article , a deformation tool used to act on the article for deformation purposes, the deformation tool being movable in a defined manner relative to the receptacle , and a medical marking device that is detectable by a navigation system is held in each case on the receptacle and on the deformation tool for the purposes of determining a relative position of the deformation tool and the receptacle , and wherein a further marking device is fixed to the deformation tool for the purposes of determining, by means of the navigation system , an extent of a deformation of the article .
A method for assuring that a computing device meets preselected requirements to be validated by a policy enforcing network access point before allowing the computing device to access an external network , said validation characterized by the policy enforcing network access point : receiving from the computing device a proof (M 8.10) of establishing satisfaction of external accessibility requirements set by the policy enforcing network access point , where the external accessibility requirements include requiring execution of an authorized access payload , the authorized access payload comprising at least one of means to provide access to encrypted communications of the computing device and means to provide for simplifying the unlocking of the computing device without knowledge of any user password, and verification of the authorization of the access payload uses a value unique to said computer device ; and checking validity (A 8.11) of the proof (M 8.10). receiving from the computing device a proof (M 8.10) of establishing satisfaction of external accessibility requirements set by the policy enforcing network access point , where the external accessibility requirements include requiring execution of an authorized access payload , the authorized access payload comprising at least one of means to provide access to encrypted communications of the computing device and means to provide for simplifying the unlocking of the computing device without knowledge of any user password, and verification of the authorization of the access payload uses a value unique to said computer device ; and checking validity (A 8.11) of the proof (M 8.10).
Method for producing a material layer for a rotor or a stator of a dynamoelectric rotary machine with a layer thickness (d) between 0.5 and 500 μm with the following steps: - applying a suspension, having at least one binding agent and solid particles, through a template onto a base area in order to obtain a green body, - driving the binding agent out of the green body, in particular by means of debindering, - creating a permanent cohesion of the solid particles by heating and/or by means of compaction, in particular by means of sintering. - applying a suspension, having at least one binding agent and solid particles, through a template onto a base area in order to obtain a green body, - driving the binding agent out of the green body, in particular by means of debindering, - creating a permanent cohesion of the solid particles by heating and/or by means of compaction, in particular by means of sintering.
A multi-layer identifier label, comprising: an upper layer containing a transparent window; a lower layer bearing a private identifier and an area upon which a public identifier is printed, the upper layer being removably attached to the lower layer, the private identifier on the lower layer being non-visible underneath the upper layer, wherein the transparent window in the upper layer is above the area on the lower layer in order for the public identifier to be visible through the transparent window of the upper layer such that the upper layer bears the public identifier; an adhesive backing below the lower layer; and wherein peeling away the upper layer to reveal the private identifier on the lower layer is a tamper-evident action. an upper layer containing a transparent window; a lower layer bearing a private identifier and an area upon which a public identifier is printed, the upper layer being removably attached to the lower layer, the private identifier on the lower layer being non-visible underneath the upper layer, wherein the transparent window in the upper layer is above the area on the lower layer in order for the public identifier to be visible through the transparent window of the upper layer such that the upper layer bears the public identifier; an adhesive backing below the lower layer; and wherein peeling away the upper layer to reveal the private identifier on the lower layer is a tamper-evident action.
Apparatus for the treatment of floors, in particular a floor scrubber dryer apparatus, comprising a floor-contact part provided with at least one tool rotatable on a floor (P) and a guide part provided with at least one handle , said floor-contact part being connected to said guide part by means of an articulation assembly , wherein said apparatus comprises a lifting assembly for said floor-contact part , having support means which can be activated, and control means alternatively operable in an inactive condition , at which said at least one rotatable tool is in contact with said floor (P) and said support means are detached from said floor (P), in order to enable the treatment of said floor (P) by said at least one rotatable tool , and in an active condition , in which said activatable support means support in a lifted position from said floor (P) said at least one rotatable tool , thus placing said apparatus in a condition suitable for transport and resting, such as to protect said at least one tool from the interaction with said floor (P), said guide part being manoeuvrable and orientable freely in said active condition of said control means through said articulation assembly in order to facilitate the guiding of said apparatus in said transporting condition.
A backing member comprising: a resin layer having a first surface , and a second surface opposite to the first surface; and a plurality of linear conductors , embedded in the resin layer, and penetrating the resin layer from the first surface to the second surface, wherein each of the plurality of linear conductors includes a pair of terminal portions whose end surfaces coincide with the first surface and the second surface, respectively, and an interconnect portion present between the terminal portions and having opposite ends connected to the respective terminal portions, wherein the interconnect portion of each of the plurality of linear conductors includes a metal material having an ultrasonic wave insulating property, wherein the plurality of linear conductors are arranged in rows and columns defined on the first surface and spaced apart from each other, and wherein the interconnect portion of each of the plurality of linear conductors includes a plurality of bent portions to form a zigzag shape or a plurality of curved portions to form a wave shape, the backing member being characterized in that the plurality of linear conductors have identical shapes, and in that each pair of two mutually adjacent linear conductors of the plurality of linear conductors includes a first linear conductor (20 1 ), and a second linear conductor (20 2 ) adjacent to the first linear conductor, a convex region of each bent portion or curved portion of the first linear conductor protruding into a concave region of each bent portion or the curved portion of the second linear conductor. a resin layer having a first surface , and a second surface opposite to the first surface; and a plurality of linear conductors , embedded in the resin layer, and penetrating the resin layer from the first surface to the second surface, wherein each of the plurality of linear conductors includes a pair of terminal portions whose end surfaces coincide with the first surface and the second surface, respectively, and an interconnect portion present between the terminal portions and having opposite ends connected to the respective terminal portions, wherein the interconnect portion of each of the plurality of linear conductors includes a metal material having an ultrasonic wave insulating property, wherein the plurality of linear conductors are arranged in rows and columns defined on the first surface and spaced apart from each other, and wherein the interconnect portion of each of the plurality of linear conductors includes a plurality of bent portions to form a zigzag shape or a plurality of curved portions to form a wave shape, the backing member being characterized in that the plurality of linear conductors have identical shapes, and in that each pair of two mutually adjacent linear conductors of the plurality of linear conductors includes a first linear conductor (20 1 ), and a second linear conductor (20 2 ) adjacent to the first linear conductor, a convex region of each bent portion or curved portion of the first linear conductor protruding into a concave region of each bent portion or the curved portion of the second linear conductor.
A device for weighing fish comprising: a frame comprising a plurality of feet ; a support for supporting a fish to be weighed, wherein the support is attachable to the frame, wherein when the support is attached to the frame, the support forms a hammock on which a fish may be placed for weighing; a plurality of weight sensors , wherein the number of weight sensors is equal to the number of frame feet; and a receiving unit comprising a data processing unit and a display , wherein the receiving unit is capable of data communication with the plurality of weight sensors, wherein each weight sensor is configured to transmit mass data to the receiving unit, wherein the data processing unit is programmed to determine a mass from the mass data received from the plurality of weight sensors, and wherein the display is configured to display the mass determined by the data processing unit, characterised in that each weight sensor is integrally attached to one of the plurality of feet. a frame comprising a plurality of feet ; a support for supporting a fish to be weighed, wherein the support is attachable to the frame, wherein when the support is attached to the frame, the support forms a hammock on which a fish may be placed for weighing; a plurality of weight sensors , wherein the number of weight sensors is equal to the number of frame feet; and a receiving unit comprising a data processing unit and a display , wherein the receiving unit is capable of data communication with the plurality of weight sensors,