mhurhangee/ep-ind-claims huggingface dataset:
Clip (2; 102; 202; 302; 402) for fastening tubes or cables to a supporting structure comprising a plate covered by a finishing sheet, wherein the clip (2; 102; 202; 302; 402) has a U-shaped form in one plane (X-Z) and has two substantially parallel arms connected by a curved median part, wherein each arm is delimited by at least one front face and rear face opposite one another and substantially parallel to the plane (X-Z), and each arm is terminated by a forked point comprising at least one wing attached to this arm, at least one arm comprises a claw (14; 114; 214; 314; 414) for gripping into the finishing sheet and located between the curved median part and the forked point, characterised in that in a direction perpendicular to the plane (X-Z), the gripping claw (14; 114; 214; 314; 414) projects beyond a first zone (62,622) of the front face and/or a first zone (66, 662) of the rear face of the arm, which are located in a second zone extending along the arm, up to 5 mm on either side of the part (S1, S2) of the gripping claw furthest away from the first zone (62, 622) of the front face and/or of the first zone (66, 662) of the rear face, and in that no part of the clip is located in the extension of the gripping claw in a direction perpendicular to the two arms in a first direction extending from the free space located between the arms to the space located outside the arms and/or in a second direction opposed to the first direction.
A transonic hull having a bow, a stern, a longitudinal length therebetween, side surfaces extending from said how to outward portions of said hull adjacent of said stern, a lower surface extending between said side surfaces, said transonic hull having a submerged volume with an approximatelytriangular shape in plan view with an apex adjacent said how and a base adjacent said stern, said base defining the beam of said hull, an approximately triangular shape in side view with a base adjacent said how and an apex adjacent said stern, and a powerplant (33;35) for moving said transonic hull through the water, characterised in that ▪ when said hull is static and said powerplant is not operative, the hull has a hydrostatic draft at said bow larger than a hydrostatic draft at said stern, thereby establishing a first negative angle (β) of the lower surface of the hull relative to the surface plane of the water, the hydrostatic draft at said bow being significantly greater than said hydrostatic draft at said stern; and ▪ in a dynamic condition in which the powerplant is operable at a power level, wherein the ratio of speed of the hull to the waterline length is greater than approximately 2, and the draft of said stern in this first movement condition being substantially zero and the draft of said how in this first movement condition being less than the draft of the stern when in the static condition, thereby establishing a second negative angle (β '], smaller than the first negative angle (β); ▪ in the dynamic condition the ratio of the length having a value of 70 units to the beam having a value of 16 units is 4.375, the entry angle of the triangular shape in plan form is 13 degrees, said hull having a total planform area of 560 units squared. ▪ when said hull is static and said powerplant is not operative, the hull has a hydrostatic draft at said bow larger than a hydrostatic draft at said stern, thereby establishing a first negative angle (β) of the lower surface of the hull relative to the surface plane of the water, the hydrostatic draft at said bow being significantly greater than said hydrostatic draft at said stern; and ▪ in a dynamic condition in which the powerplant is operable at a power level, wherein the ratio of speed of the hull to the waterline length is greater than approximately 2, and the draft of said stern in this first movement condition being substantially zero and the draft of said how in this first movement condition being less than the draft of the stern when in the static condition, thereby establishing a second negative angle (β '], smaller than the first negative angle (β); ▪ in the dynamic condition the ratio of the length having a value of 70 units to the beam having a value of 16 units is 4.375, the entry angle of the triangular shape in plan form is 13 degrees, said hull having a total planform area of 560 units squared.
A kit of parts comprising a collecting device for collecting a tissue sample and a storage tube for storing the tissue sample therein, the collecting device comprising a punch having a cutting element with a cutting edge formed at a cutting end of the punch and also comprising an opposing pushing end and a centrally located bore that extends through the punch and cutting element, wherein the cutting element extends from and surrounds one end of the bore at the cutting end of the punch to form a surrounding wall within which a sample holding cavity is held, wherein the collecting device also comprises a plunger having a first end and an opposing second end, the plunger being located within the bore of the punch and being adapted to slide within the bore and the sample holding cavity and toward the cutting edge of the punch, wherein the storage tube comprises a tube body having an open first end, a closed second end, and wherein the storage tube also comprises a cap at the first end of the tube body, the cap having a breakable seal that extends across the body of the tube to seal the first end of the tube body, characterized in that during use, the cutting edge is adapted to break the seal of the storage tube cap to form an opening to the tube body and wherein the collecting device is adapted to be held within the opening in the cap of the storage tube to close off the first end of the tube.
Belt strap for a safety belt device of a motor vehicle, comprising - at least one hollow portion which has at least one cavity for receiving electronic components and/or lines, wherein - the cavity is formed by two fabric layers (6, 7), - the fabric layers (6, 7) are formed by a plurality of warp threads and weft threads, - the fabric layers (6, 7) are connected to each other in the outer edge portions (3, 4) by one or more edge binding threads which extend in parallel with the longitudinal direction of the belt strap, wherein - at least one single-layer portion adjoins the at least one hollow portion in the longitudinal direction of the belt strap, wherein the single-layer portion is formed by the two fabric layers (6, 7), wherein - the fabric layers (6, 7), in central portions situated between the edge portions (3, 4), are interconnected by a plurality of central binding threads which extend in parallel with the longitudinal direction of the belt strap, and wherein - the central binding threads are woven in only one of the fabric layers (6, 7) in the hollow portion. - at least one hollow portion which has at least one cavity for receiving electronic components and/or lines, wherein - the cavity is formed by two fabric layers (6, 7), - the fabric layers (6, 7) are formed by a plurality of warp threads and weft threads, - the fabric layers (6, 7) are connected to each other in the outer edge portions (3, 4) by one or more edge binding threads which extend in parallel with the longitudinal direction of the belt strap, wherein - at least one single-layer portion adjoins the at least one hollow portion in the longitudinal direction of the belt strap, wherein the single-layer portion is formed by the two fabric layers (6, 7), wherein - the fabric layers (6, 7), in central portions situated between the edge portions (3, 4), are interconnected by a plurality of central binding threads which extend in parallel with the longitudinal direction of the belt strap, and wherein - the central binding threads are woven in only one of the fabric layers (6, 7) in the hollow portion.
An apparatus for transmitting vibrations via at least one tooth to facilitate sound transmission, the apparatus comprising: an oral appliance (60, 200) comprising members (202, 204), one of the members (202, 204) forming a housing having a shape which is conformable to at least a portion of the at least one tooth, wherein the oral appliance (60, 200) has a first configuration and a second configuration different from the first configuration, wherein the oral appliance (60, 200) has the first configuration before the oral appliance is placed upon or against the at least one tooth and has the second configuration after the oral appliance is placed upon or against the at least one tooth, and wherein, when the oral appliance (60, 200) is in the first configuration, the members (202, 204) are in an unbiased memory configuration, and wherein when the oral appliance (60, 200) is in the second configuration, the members (202, 204) are adapted to be deflected and deformed to engage the at least one tooth in a secure interference fit; and an actuatable transducer disposed within the housing and configured to transmit vibrations to a surface of the at least one tooth. an oral appliance (60, 200) comprising members (202, 204), one of the members (202, 204) forming a housing having a shape which is conformable to at least a portion of the at least one tooth, wherein the oral appliance (60, 200) has a first configuration and a second configuration different from the first configuration, wherein the oral appliance (60, 200) has the first configuration before the oral appliance is placed upon or against the at least one tooth and has the second configuration after the oral appliance is placed upon or against the at least one tooth, and wherein, when the oral appliance (60, 200) is in the first configuration, the members (202, 204) are in an unbiased memory configuration, and wherein when the oral appliance (60, 200) is in the second configuration, the members (202, 204) are adapted to be deflected and deformed to engage the at least one tooth in a secure interference fit; and an actuatable transducer disposed within the housing and configured to transmit vibrations to a surface of the at least one tooth.
A solar concentrator comprising: one or more concentric solar reflectors (12, 14) comprising: ∘ at least one outer solar reflector with a central region; and ∘ at least one inner solar reflector, characterized in that the at least one inner solar reflector overlies the central region of the at least one outer solar reflector, each of the at least one outer solar reflector and each of the at least one inner solar reflector is configured to create at the same focal area one ring-like focal area(R-12, R-14); each of the at least one outer solar reflector has a first spindle toroid geometry for directing first reflected solar radiation into said ring-like focal areas (R-12); and each of the at least one inner solar reflector has a second spindle toroid geometry for directing second reflected solar radiation into said ring-like focal areas (R-14). one or more concentric solar reflectors (12, 14) comprising: ∘ at least one outer solar reflector with a central region; and ∘ at least one inner solar reflector, characterized in that the at least one inner solar reflector overlies the central region of the at least one outer solar reflector, ∘ at least one outer solar reflector with a central region; and ∘ at least one inner solar reflector, characterized in that the at least one inner solar reflector overlies the central region of the at least one outer solar reflector, each of the at least one outer solar reflector and each of the at least one inner solar reflector is configured to create at the same focal area one ring-like focal area(R-12, R-14); each of the at least one outer solar reflector has a first spindle toroid geometry for directing first reflected solar radiation into said ring-like focal areas (R-12); and each of the at least one inner solar reflector has a second spindle toroid geometry for directing second reflected solar radiation into said ring-like focal areas (R-14).
An external stimulation device for joint pain comprising two coupling means configured to be externally attached to the skin; and a loading member configured to structurally connect said coupling means and to apply a force to said coupling means in a direction so as to move said coupling means apart or closer together thus placing a body portion in traction or compression when the coupling means are attached to the skin, characterized in that each coupling means comprises a valve and comprises an internal volume suitable to be placed under vacuum and an opening of said internal volume suitable to come into contact with said skin (1 a) so as to hermetically seal said internal volume to permit the creation of a vacuum in said internal volume, by drawing air out of the interred volume through the valve.
A method for generating energy from geothermal energy, comprising the following steps: - conveying a hot formation fluid from a production well by a conveying pipeline with use of a feed pump, wherein the feed pump has a pump segment (1.1), a motor segment (1.2), and a cooling jacket (1.3), wherein the cooling jacket (1.3) is in thermal contact at least in regions with the motor segment (1.2) and the cooling jacket (1.3) has a cooling fluid entry opening (1.3.1) for receiving a cooling fluid and a cooling fluid outlet opening (1.3.2) for discharging the cooling fluid, - passing the hot formation fluid through a means for generating energy arranged above ground, while cooling the hot formation fluid and creating a cooled formation fluid, - returning part (4.1) of the cooled formation fluid into the production well by a return pipeline that is thermally insulated at least in part, wherein the outlet opening of the return pipeline forms a formation fluid outlet opening arranged in the region of the cooling fluid entry opening (1.3.1) of the cooling jacket (1.3) of the feed pump for the discharge of the returned cooled formation fluid (4.1), - passing at least a proportion of the returned part (4.1) of the cooled formation fluid through the cooling jacket (1.3) of the feed pump. - conveying a hot formation fluid from a production well by a conveying pipeline with use of a feed pump, wherein the feed pump has a pump segment (1.1), a motor segment (1.2), and a cooling jacket (1.3), wherein the cooling jacket (1.3) is in thermal contact at least in regions with the motor segment (1.2) and the cooling jacket (1.3) has a cooling fluid entry opening (1.3.1) for receiving a cooling fluid and a cooling fluid outlet opening (1.3.2) for discharging the cooling fluid, - passing the hot formation fluid through a means for generating energy arranged above ground, while cooling the hot formation fluid and creating a cooled formation fluid, - returning part (4.1) of the cooled formation fluid into the production well by a return pipeline that is thermally insulated at least in part, wherein the outlet opening of the return pipeline forms a formation fluid outlet opening arranged in the region of the cooling fluid entry opening (1.3.1) of the cooling jacket (1.3) of the feed pump for the discharge of the returned cooled formation fluid (4.1), - passing at least a proportion of the returned part (4.1) of the cooled formation fluid through the cooling jacket (1.3) of the feed pump.
A brake fluid pressure control device for vehicles with bar handle which is configured to start a holding control of a fluid pressure of a wheel brake according to a wheel deceleration calculated based on a wheel speed of the vehicle, wherein the vehicle includes an acceleration sensor which is configured to detect acceleration in a front-rear direction of the vehicle, and wherein acceleration, detected by the acceleration sensor, which occurs in a rearward direction when the vehicle is decelerating is detected as a positive value, characterised in that the device is configured to start the holding control when it is judged that the acceleration in a front-rear direction of the vehicle detected by the acceleration sensor is larger than or equal to a detection acceleration threshold value and a wheel deceleration is smaller than or equal to a wheel deceleration threshold value. the vehicle includes an acceleration sensor which is configured to detect acceleration in a front-rear direction of the vehicle, and wherein acceleration, detected by the acceleration sensor, which occurs in a rearward direction when the vehicle is decelerating is detected as a positive value, characterised in that the device is configured to start the holding control when it is judged that the acceleration in a front-rear direction of the vehicle detected by the acceleration sensor is larger than or equal to a detection acceleration threshold value and a wheel deceleration is smaller than or equal to a wheel deceleration threshold value.
A storage system comprising at least two parallel racks with storage positions for products disposed beside and above each other and with an aisle extending between respective sets of at least two adjacent racks, through which shuttles move forward and backward over respective guides (4; 110') parallel to the racks on a multitude of superposed levels for placing products in the storage positions and/or removing products from the storage positions, wherein the storage system further comprises a maintenance cart (30; 101) configured to move through an aisle, wherein the maintenance cart (30; 101) defines a working space (32; 159) for an individual (33; 112), bounded at least partially by a frame (31; 102) of the maintenance cart (30; 101), for carrying out maintenance from said working space (32; 159) on a shuttle as mentioned before in an aisle when the maintenance cart (30; 101) is present in the aisle, characterized in that, the frame (31; 102) extends over at least two levels of the multitude of levels and forms a screen for the working space (32; 159) against shuttles in the aisle, in that the maintenance cart (30; 101) is configured to move over a guide (4; 110') for the shuttles through the aisle, and in that the maintenance cart (30; 101) is provided with guide means at the level of two superposed guides (4; 110') for the shuttles, of which guide means preferably at least one guide means is a wheel, more preferably a running wheel (34; 115), which guide means cooperate with the guides (4; 110') for the shuttles, in use.
A method for intra prediction mode decoding based on multi-level most probable mode sets, the method comprising: determining a plurality of intra prediction MPM, Most Probable Mode, candidates, wherein the intra prediction MPM candidates comprise a mode of an adjacent block left of the current block, ModeL, a mode of an adjacent block above the current block, ModeA, and at least one most probable remaining mode, the most probable remaining mode is selected from a predefined table according to ModeL and ModeA, the table defining at least one corresponding most probable remaining mode for each given ModeL and ModeA; configuring the plurality of intra prediction MPM candidates into multi-level MPM sets, wherein the multi-level MPM sets comprise at least a first-level MPM set comprising ModeL and ModeA and a second-level MPM set comprising the at least one most probable remaining mode, wherein there is at least one remaining intra prediction mode that is not present in the multi-level MPM sets; decoding syntax information related to a current intra prediction mode corresponding to a current block according to the multi-level MPM sets; and determining the current intra prediction mode based on the syntax information; wherein the syntax information includes a first MPM flag to indicate whether the current intra prediction mode is equal to any intra prediction MPM candidate in the multi-level MPM sets and a second MPM flag to indicate whether the current intra prediction mode is equal to any intra prediction MPM candidate in the first-level MPM set. determining a plurality of intra prediction MPM, Most Probable Mode, candidates, wherein the intra prediction MPM candidates comprise a mode of an adjacent block left of the current block, ModeL, a mode of an adjacent block above the current block, ModeA, and at least one most probable remaining mode, the most probable remaining mode is selected from a predefined table according to ModeL and ModeA, the table defining at least one corresponding most probable remaining mode for each given ModeL and ModeA; configuring the plurality of intra prediction MPM candidates into multi-level MPM sets, wherein the multi-level MPM sets comprise at least a first-level MPM set comprising ModeL and ModeA and a second-level MPM set comprising the at least one most probable remaining mode, wherein there is at least one remaining intra prediction mode that is not present in the multi-level MPM sets; decoding syntax information related to a current intra prediction mode corresponding to a current block according to the multi-level MPM sets; and determining the current intra prediction mode based on the syntax information; wherein the syntax information includes a first MPM flag to indicate whether the current intra prediction mode is equal to any intra prediction MPM candidate in the multi-level MPM sets and a second MPM flag to indicate whether the current intra prediction mode is equal to any intra prediction MPM candidate in the first-level MPM set.
A single-sided indexable cutting insert comprising: opposing rhombus-shaped upper and lower surfaces (32, 34) and a peripheral side surface extending therebetween, the peripheral side surface having alternating obtuse and acute corner surfaces (38, 40) separated by four relief surfaces, the two acute corner surfaces representing the two furthest spaced apart corner surfaces; a central axis passing through the upper and lower surfaces (32, 34), about which central axis the cutting insert is indexable; and a nose cutting edge formed at the intersection of the upper surface with each of the two acute corner surfaces, the lower surface comprising a base surface, characterized in that: a central boss and exactly two engagement ridges protrude from the base surface, the central boss having a raised boss end surface, and each engagement ridge including a pair of parallely extending ridge flank surfaces forming a V-shaped cross-section, and each engagement ridge intersects one of the two acute corner surfaces and extends therefrom towards the central axis to intersect the central boss, and the base surface is divided into at least two separate base sub-surfaces. opposing rhombus-shaped upper and lower surfaces (32, 34) and a peripheral side surface extending therebetween, the peripheral side surface having alternating obtuse and acute corner surfaces (38, 40) separated by four relief surfaces, the two acute corner surfaces representing the two furthest spaced apart corner surfaces; a central axis passing through the upper and lower surfaces (32, 34), about which central axis the cutting insert is indexable; and a nose cutting edge formed at the intersection of the upper surface with each of the two acute corner surfaces, the lower surface comprising a base surface, characterized in that: a central boss and exactly two engagement ridges protrude from the base surface, the central boss having a raised boss end surface, and each engagement ridge including a pair of parallely extending ridge flank surfaces forming a V-shaped cross-section, and each engagement ridge intersects one of the two acute corner surfaces and extends therefrom towards the central axis to intersect the central boss, and the base surface is divided into at least two separate base sub-surfaces. a central boss and exactly two engagement ridges protrude from the base surface, the central boss having a raised boss end surface, and each engagement ridge including a pair of parallely extending ridge flank surfaces forming a V-shaped cross-section, and each engagement ridge intersects one of the two acute corner surfaces and extends therefrom towards the central axis to intersect the central boss, and the base surface is divided into at least two separate base sub-surfaces.