mhurhangee/ep-ind-claims huggingface dataset:
A folding structure for mattresses, the folding structure comprising: - a bearing surface with a mattress or cushion portion intended to rest a person's head whereby the bearing surface is configured to receive a portion of a supplementary mattress intended to be placed on a mattress, and - a support structure having at least one hinge area with the bearing surface, the support structure being configured for removably coupling the folding structure to a mattress allowing to hinge a plane of the mattress at any location of the perimeter thereof, characterized in that the support structure comprises two pairs of brackets, each formed by: - an upper bracket including a substantially horizontal section intended to be supported on an upper surface of the mattress and having the hinge area so that the bearing surface can be rotated about an axis passing through the hinge area; and - a substantially vertical section arranged to form an angle of approximately 90° to the substantially horizontal section, and - a lower bracket including: a substantially horizontal portion intended to be below a lower surface of the mattress; and - a substantially vertical section arranged forming an angle of approximately 90° to the substantially horizontal section; whereby the hinge area is arranged in a remote position away from an edge of the mattress towards an inside thereof at a distance equal to or substantially longer than one dimension of the bearing surface. - a bearing surface with a mattress or cushion portion intended to rest a person's head whereby the bearing surface is configured to receive a portion of a supplementary mattress intended to be placed on a mattress, and - a support structure having at least one hinge area with the bearing surface, the support structure being configured for removably coupling the folding structure to a mattress allowing to hinge a plane of the mattress at any location of the perimeter thereof, - an upper bracket including a substantially horizontal section intended to be supported on an upper surface of the mattress and having the hinge area so that the bearing surface can be rotated about an axis passing through the hinge area; and - a substantially vertical section arranged to form an angle of approximately 90° to the substantially horizontal section, - a substantially vertical section arranged to form an angle of approximately 90° to the substantially horizontal section, - a lower bracket including: a substantially horizontal portion intended to be below a lower surface of the mattress; and - a substantially vertical section arranged forming an angle of approximately 90° to the substantially horizontal section; - a substantially vertical section arranged forming an angle of approximately 90° to the substantially horizontal section;
A tread band comprising at least one first longitudinal groove bounded by a bottom wall, and by two sidewalls located on opposite sides of the bottom wall and forming two corresponding outer edges with a rolling surface; each sidewall of the first longitudinal groove has a continuous sequence of alternating projections and recesses, which extend crosswise so that, in plan view, the first longitudinal groove is zigzag shaped; and each projection of one sidewall of the first longitudinal groove always faces a recess in the other sidewall of the first longitudinal groove; the tread band being characterized in that: each sidewall of the first longitudinal groove comprises an outer portion extending between an outer edge and an intermediate line and sloping at an obtuse angle (α, β) to the bottom wall; and an inner portion extending between the intermediate line and the bottom wall and forming a right-angle with the bottom wall; and at all the projections, the outer portion of each sidewall slopes at a first obtuse angle (α) to the bottom wall, and, at all the recesses, the outer portion of each sidewall slopes at a second obtuse angle (β), different from the first obtuse angle (α), to the bottom wall. each sidewall of the first longitudinal groove comprises an outer portion extending between an outer edge and an intermediate line and sloping at an obtuse angle (α, β) to the bottom wall; and an inner portion extending between the intermediate line and the bottom wall and forming a right-angle with the bottom wall; and at all the projections, the outer portion of each sidewall slopes at a first obtuse angle (α) to the bottom wall, and, at all the recesses, the outer portion of each sidewall slopes at a second obtuse angle (β), different from the first obtuse angle (α), to the bottom wall.
A fabricating method of a resistive random access memory structure, comprising: providing a substrate, wherein a first transistor is disposed on the substrate, the first transistor comprises a first gate structure, a first source and a first drain, a first drain contact plug contacts the first drain, and an interlayer dielectric layer covers the substrate and the first transistor; forming a metal interlayer dielectric layer covering the interlayer dielectric layer; performing a first patterning process to etch the metal interlayer dielectric layer to form a first trench, and wherein the first drain contact plug is exposed through the first trench; forming a metal oxide material layer and a top electrode material layer in sequence to fill in the first trench and cover the metal interlayer dielectric layer; performing a second patterning process to pattern the metal oxide material layer and the top electrode material layer to form a metal oxide layer and a top electrode, wherein the top electrode, the metal oxide layer and the first drain contact plug form a resistive random access memory, RRAM,; forming a metal layer filling in the first trench and covering the metal interlayer dielectric layer and the RRAM; and performing a planarization process to remove the metal oxide layer, the top electrode and the metal layer outside of the first trench. providing a substrate, wherein a first transistor is disposed on the substrate, the first transistor comprises a first gate structure, a first source and a first drain, a first drain contact plug contacts the first drain, and an interlayer dielectric layer covers the substrate and the first transistor; forming a metal interlayer dielectric layer covering the interlayer dielectric layer; performing a first patterning process to etch the metal interlayer dielectric layer to form a first trench, and wherein the first drain contact plug is exposed through the first trench; forming a metal oxide material layer and a top electrode material layer in sequence to fill in the first trench and cover the metal interlayer dielectric layer; performing a second patterning process to pattern the metal oxide material layer and the top electrode material layer to form a metal oxide layer and a top electrode, wherein the top electrode, the metal oxide layer and the first drain contact plug form a resistive random access memory, RRAM,; forming a metal layer filling in the first trench and covering the metal interlayer dielectric layer and the RRAM; and performing a planarization process to remove the metal oxide layer, the top electrode and the metal layer outside of the first trench.
Spark plug connector element comprising a first contact element and a second contact element, where a resistor element is disposed between the first contact element and the second contact element, characterized in that the first contact element and the second contact element have a specific conductivity of 10 2 S/m to 10 8 S/m and the resistor element has a specific conductivity of 10 -3 S/m to 10 1 S/m.
Loading device comprising a frame resting on a road surface and a loading platform that is detachably secured in the frame, characterised in that the substantially rectangular loading platform comprises a crossmember in each case in the region of the ends of the narrow sides thereof and is delimited on the long sides thereof by perpendicular, guardrail-like side walls comprising attachment points for a hoist, at least one crossmember pair (11, 11', 11") in the region of the rear of the loading platform being designed such that the wheels of an axle of the semitrailer lie between the crossmembers (11, 11', 11") of the crossmember pair when the loading platform is raised, and a wheel segment of each wheel between the crossmembers (11, 11', 11") projecting from the underside of the loading platform and a cross-brace designed as a bearing plate for the support feet of the semitrailer being provided on the front of the loading platform.
An electrostatic transducer comprising: an electrically conductive first member having an array of through apertures; a flexible electrically conductive second member arranged in use to be displaced from an equilibrium position towards the first member by an electrostatic force in response to an electrical potential applied to one or both of the first member and the second member; and a third member; wherein the second and third members are resiliently deformable by virtue of having a non-planar profile; and wherein at least one of the second and third members is arranged in use to exert a resilient biasing force biasing said second member back towards said equilibrium position when displaced therefrom by said electrical potential characterised in that the second member and the third member are profiled with respective profile patterns which are mutually inverse. an electrically conductive first member having an array of through apertures; a flexible electrically conductive second member arranged in use to be displaced from an equilibrium position towards the first member by an electrostatic force in response to an electrical potential applied to one or both of the first member and the second member; and a third member; wherein the second and third members are resiliently deformable by virtue of having a non-planar profile; and wherein at least one of the second and third members is arranged in use to exert a resilient biasing force biasing said second member back towards said equilibrium position when displaced therefrom by said electrical potential characterised in that the second member and the third member are profiled with respective profile patterns which are mutually inverse.
A bicycle comprising at least: - a guide wheel, a first impeller, and a second impeller following the first impeller; - a main frame on which the first impeller is mounted; - a rocker, vertically pivotable opposite the main frame, on which the second impeller is mounted; characterized by: - a support rail one-sidedly jointedly mounted on the main frame and cantilevered opposite the riding direction, wherein the rocker is supported and guided on a lower side of the support rail with a mounting member; - a seat member arranged above the support rail and one-sidedly jointedly mounted separately on the main frame opposite the support rail and which is cantilevered against the riding direction; - wherein a lower side of the seat member and an upper side of the support rail are additionally kinematically connected via at least two joints and a bonding link. - a guide wheel, a first impeller, and a second impeller following the first impeller; - a main frame on which the first impeller is mounted; - a rocker, vertically pivotable opposite the main frame, on which the second impeller is mounted; - a support rail one-sidedly jointedly mounted on the main frame and cantilevered opposite the riding direction, wherein the rocker is supported and guided on a lower side of the support rail with a mounting member; - a seat member arranged above the support rail and one-sidedly jointedly mounted separately on the main frame opposite the support rail and which is cantilevered against the riding direction; - wherein a lower side of the seat member and an upper side of the support rail are additionally kinematically connected via at least two joints and a bonding link.
Device for lifting and positioning an object, wherein the device has first means for generating a vacuum by means of a whirlwind to suck in the object, wherein the first means are arranged inside a housing which has a suction opening, wherein the whirlwind generates a vacuum in front of the suction opening and wherein the device has second means for varying the vacuum in front of the suction opening, characterised in that the second means are formed as a brake of the first means,
A medical access device comprising an articulating laparoscope and a trocar cannula arranged to receive the articulating laparoscope, the trocar cannula comprising: an elongate body having a proximal enlarged end comprising a zero seal configured to sealingly engage the articulating laparoscope when the articulating laparoscope is not present and a distal tip end with a lumen extending from the proximal end to the distal end for inserting and removing surgical instruments through the lumen; and an atraumatic tip extending from the distal end of the elongate body, characterized in that the trocar cannula further comprises a flexible elastomeric joint between the elongate body and the atraumatic tip; the elongate body is formed of a rigid polymer; and the tip is pivotable in use relative to the elongate body to reduce interference with the articulating laparoscope. an elongate body having a proximal enlarged end comprising a zero seal configured to sealingly engage the articulating laparoscope when the articulating laparoscope is not present and a distal tip end with a lumen extending from the proximal end to the distal end for inserting and removing surgical instruments through the lumen; and an atraumatic tip extending from the distal end of the elongate body, characterized in that the trocar cannula further comprises a flexible elastomeric joint between the elongate body and the atraumatic tip; the elongate body is formed of a rigid polymer; and the tip is pivotable in use relative to the elongate body to reduce interference with the articulating laparoscope.
A radiation imaging apparatus (200, 500, 700) comprising: a radiation detection unit (3, 4) configured to convert received radiation into an electrical signal; a communication unit configured to perform wireless communication with an external device; electrical circuit boards (8a-d); a conductor arranged so as to cover the radiation detection unit and the electrical circuit boards; and an exterior (1, 2) at least partially formed by a non-conductive member and configured to contain the radiation detection unit, the communication unit, the electrical circuit boards, and the conductor; characterized in that, as seen in a radiation direction (X-ray), the electrical Z circuit boards are arranged behind the radiation detection unit, a portion of the conductor is arranged behind the electrical circuit boards, and the communication unit is arranged behind the portion of the conductor and between the exterior and the conductor, and the conductor has an opening for passing a cable connecting the electrical circuit boards and the communication unit. a radiation detection unit (3, 4) configured to convert received radiation into an electrical signal; a communication unit configured to perform wireless communication with an external device; electrical circuit boards (8a-d); a conductor arranged so as to cover the radiation detection unit and the electrical circuit boards; and an exterior (1, 2) at least partially formed by a non-conductive member and configured to contain the radiation detection unit, the communication unit, the electrical circuit boards, and the conductor; characterized in that, as seen in a radiation direction (X-ray), the electrical Z circuit boards are arranged behind the radiation detection unit, a portion of the conductor is arranged behind the electrical circuit boards, and the communication unit is arranged behind the portion of the conductor and between the exterior and the conductor, and the conductor has an opening for passing a cable connecting the electrical circuit boards and the communication unit.
A light emitting device characterized by comprising: a base having an upper face; a light emitting element mounted on the upper face of the base; one or more bonding members disposed on the upper face of the base outward of the light emitting element; a light transmissive member bonded to a portion of the upper face of the base by the one or more bonding members; and a protective film that continuously covers the light emitting element, the upper face of the base, lateral faces of the one or more bonding members, and a lower face of the light transmissive member; wherein: a gap is located between the upper face of the base and the lower face of the light transmissive member and configured to allow a space in which the light emitting element is mounted to communicate with an outside of the light emitting device, wherein the gap is defined by the upper face of the base, the lower face of the light transmissive member, and the one or more bonding members. a base having an upper face; a light emitting element mounted on the upper face of the base; one or more bonding members disposed on the upper face of the base outward of the light emitting element; a light transmissive member bonded to a portion of the upper face of the base by the one or more bonding members; and a protective film that continuously covers the light emitting element, the upper face of the base, lateral faces of the one or more bonding members, and a lower face of the light transmissive member; wherein: a gap is located between the upper face of the base and the lower face of the light transmissive member and configured to allow a space in which the light emitting element is mounted to communicate with an outside of the light emitting device, wherein the gap is defined by the upper face of the base, the lower face of the light transmissive member, and the one or more bonding members.
A disk scanning microscope system comprising: an imaging optical system that forms at least an optical image of an observed object by receiving light from the observed object; a control apparatus that switches, on the basis of an input from a user, between a superresolution observation mode for performing a superresolution observation and a normal observation mode for performing a normal observation and that controls the imaging optical system according to a selected mode; and a rotatable disk located at a position conjugate to a front focal position of the imaging optical system and having a plurality of apertures formed in a surface of the disk, the surface of the disk serving as a light blocking section, wherein the imaging optical system includes an intermediate scaling optical system that changes a projection magnification of an intermediate image that is a point image of a portion of the observed object that is formed on the disk, and the control apparatus sets, during the superresolution observation mode, the projection magnification of the intermediate image in a manner such that the intermediate image becomes at least twice as large as the apertures and sets, during the normal observation mode, the projection magnification of the intermediate image in a manner such that the projection magnification becomes lower than the projection magnification of the intermediate image in the superresolution observation mode. an imaging optical system that forms at least an optical image of an observed object by receiving light from the observed object; a control apparatus that switches, on the basis of an input from a user, between a superresolution observation mode for performing a superresolution observation and a normal observation mode for performing a normal observation and that controls the imaging optical system according to a selected mode; and a rotatable disk located at a position conjugate to a front focal position of the imaging optical system and having a plurality of apertures formed in a surface of the disk, the surface of the disk serving as a light blocking section, wherein the imaging optical system includes an intermediate scaling optical system that changes a projection magnification of an intermediate image that is a point image of a portion of the observed object that is formed on the disk, and the control apparatus sets, during the superresolution observation mode, the projection magnification of the intermediate image in a manner such that the intermediate image becomes at least twice as large as the apertures and sets, during the normal observation mode, the projection magnification of the intermediate image in a manner such that the projection magnification becomes lower than the projection magnification of the intermediate image in the superresolution observation mode.
A method for enriching target cells from a sample of cells characterized by: a) contacting the sample with a cell aggregation agent and first magnetic particles having an iron content of 0.1 pg to 5000 pg and a mean diameter of 2,5 to 3,5 μm, coupled to a first antigen recognizing moiety; and second magnetic particles having an iron content of 0.05 fg to 100 fg and a mean diameter of 10 to 250 nm and coupled to a second antigen recognizing moiety to obtain mixture a) b) applying a first magnetic field gradient to the mixture a) thereby removing the cells bound to the first antigen recognizing moiety coupled to the first magnetic particles, to obtain a mixture b) and obtaining an agglomerate comprising the cells of mixture a) bound to the cell aggregation agent c) applying a second magnetic field gradient to the mixture b) thereby immobilizing the cells bound to the second antigen recognizing moiety coupled to the second magnetic particles d) recovering the immobilized cells from the second magnetic field gradient as target cells. a) contacting the sample with a cell aggregation agent and first magnetic particles having an iron content of 0.1 pg to 5000 pg and a mean diameter of 2,5 to 3,5 μm, coupled to a first antigen recognizing moiety; and second magnetic particles having an iron content of 0.05 fg to 100 fg and a mean diameter of 10 to 250 nm and coupled to a second antigen recognizing moiety to obtain mixture a) b) applying a first magnetic field gradient to the mixture a) thereby removing the cells bound to the first antigen recognizing moiety coupled to the first magnetic particles, to obtain a mixture b) and obtaining an agglomerate comprising the cells of mixture a) bound to the cell aggregation agent c) applying a second magnetic field gradient to the mixture b) thereby immobilizing the cells bound to the second antigen recognizing moiety coupled to the second magnetic particles d) recovering the immobilized cells from the second magnetic field gradient as target cells.