mhurhangee/ep-ind-claims huggingface dataset:
A system for searchable encryption, comprising a client device, the client device comprising an index build module, wherein the index build module comprises a processor configured to: extract a plurality of search terms from at least part of a data structure; calculate a keyed-hash value for each search term and store the keyed-hash values in a list, characterised by the index build module being configured to: examine a bit in a first predetermined position within the keyed-hash value for each keyed-hash value to obtain the value of the bit; perform a first determination to determine if it is true that the value of the bit has a first value for at least α of the keyed-hash values, and the value of the bit has a second value for at least α of the keyed-hash values, wherein α is a number greater or equal to two and the first value is different to the second value; split the set of keyed-hash values into two lists if the first determination is true; and assign a first search token value to the first list and second search token value to the second list each, whereby each search token value is associated with a plurality of search terms. extract a plurality of search terms from at least part of a data structure; calculate a keyed-hash value for each search term and store the keyed-hash values in a list, characterised by the index build module being configured to: examine a bit in a first predetermined position within the keyed-hash value for each keyed-hash value to obtain the value of the bit; perform a first determination to determine if it is true that the value of the bit has a first value for at least α of the keyed-hash values, and the value of the bit has a second value for at least α of the keyed-hash values, wherein α is a number greater or equal to two and the first value is different to the second value; split the set of keyed-hash values into two lists if the first determination is true; and assign a first search token value to the first list and second search token value to the second list each, whereby each search token value is associated with a plurality of search terms. examine a bit in a first predetermined position within the keyed-hash value for each keyed-hash value to obtain the value of the bit; perform a first determination to determine if it is true that the value of the bit has a first value for at least α of the keyed-hash values, and the value of the bit has a second value for at least α of the keyed-hash values, wherein α is a number greater or equal to two and the first value is different to the second value; split the set of keyed-hash values into two lists if the first determination is true; and assign a first search token value to the first list and second search token value to the second list each, whereby each search token value is associated with a plurality of search terms.
Shut-off device for interrupting a flow path in a pipe, with at least one first pipe fitting (3.1), with a first flow cross-section (7.1), with a closure device, which can be moved between an opening position, in which the flow path is open, to a closing position in which the flow path is blocked, wherein the closure device is borne in a radially rotatable manner and has second flow cross-section (7.3) reduced by a shut-off wall (7.4), wherein in the opening position the first flow cross-section (7.1) at least partially aligns with the second flow cross-section (7.3) and in the closing position is blocked by the shut-off wall (7.4), wherein the closure device comprises an axis of rotation and a longitudinal axis which are in parallel to each other, wherein the axis of rotation and the longitudinal axis of the closure device coincide, characterised in that the closure device is essentially designed as a pipe section (5.1) and in that arranged on the closure device is an actuating device with which the closure device can be made to rotate about the axis of rotation.
Apparatus for placement of a fabric on a plantation field and for picking up of a fabric from a plantation field, comprising a frame, which frame is provided with a storage reel for the fabric, a bow mounted on the frame, which bow is constructed to support during use the fabric being placed on the plantation field or being picked up from the plantation field and to guide the fabric between the storage reel and the plantation field, a swivable or oscillating arm, which arm supports a ring positioned between the storage reel and the bow, and through which ring the fabric can be guided for evenly taking up the fabric from the storage reel or for supplying the fabric to the storage reel, characterised in that, the bow extends beyond sides of the frame to a breadth approximating a width of a plantation bed or beds from the plantation field.
A machine for processing hides, which comprises a supporting framework which defines an entry zone for the hide to be processed and an exit zone for the processed hide and which supports at least two processing stations (5, 6) which are arranged along the route of the hide between said entry zone and said exit zone, transport means for the hide from said entry zone to said exit zone being provided, said transport means comprising at least one entrainment assembly which has at least one pair of conveyor belts (10, 11) which roll continuously and define respective entrainment portions (10a, 11a) which are mutually facing and are designed to come into contact with the opposite faces of the hide being processed, characterized in that each one of said processing stations (5, 6) comprises a respective scraper cylinder and a respective contrast element which is adapted to push the hides against the scraper cylinder, said processing stations (5, 6) being arranged one above the other, said at least one entrainment assembly being positioned between said processing stations (5, 6).
A tent system comprising a fly sheet and an inner tent, wherein said system further comprises at least one guy element for securing said fly sheet to said inner tent, wherein said guy element is for interconnecting said fly sheet and said inner tent and is adapted to be connected to said inner tent at a first point of connection and said fly sheet at a second point of connection, characterised in that said guy element comprises between said first and second point of connection; - a stretchable flexible rubber ring for providing flexibility to said guy element and - a stretch-limiting element for limiting the amount of possible stretching of said stretchable flexible rubber ring, wherein said stretch-limiting element is connected through a knot (207A, 207B) to said stretchable flexible rubber ring at a first stretch point and a second stretch point, respectively, and wherein a length of said stretch-limiting element between said first and second stretch points is longer than the stretchable flexible rubber ring in its un-stretched state, and short enough to limit the extent of possible stretching of said stretchable flexible rubber ring and wherein the distance between said first and second stretch point is significantly shorter than the distance between said first and second point of connection. - a stretchable flexible rubber ring for providing flexibility to said guy element and - a stretch-limiting element for limiting the amount of possible stretching of said stretchable flexible rubber ring,
An egg freezing and storing instrument comprising: an egg freezing and storing tube which is made of a liquid nitrogen-resistant material and can be heat-sealed; and a metal cylindrical protection member, made of said liquid nitrogen-resistant material, for protecting said egg freezing and storing tube, characterized in that said egg freezing and storing tube comprises a body part; an egg-storing small-diameter part having a smaller outer diameter than said body part and having an inner diameter of 0.1mm to 0.5mm; a front-side heat-sealable portion at which said small-diameter part can be heat-sealed at a front side of said small-diameter part after an egg is collected in said egg-storing small-diameter part thereof; and a rear-side heat-sealable portion at which said body part can be heat-sealed at a rear side thereof, after said egg is collected in said egg-storing small-diameter part; and said cylindrical protection member has a tubular part for accommodating said front side of said small-diameter part of said egg freezing and storing tube; and a semi-tubular part for accommodating a portion of said small-diameter part of said egg freezing and storing tube not accommodated in said tubular part and a front portion of said body part. an egg freezing and storing tube which is made of a liquid nitrogen-resistant material and can be heat-sealed; and a metal cylindrical protection member, made of said liquid nitrogen-resistant material, for protecting said egg freezing and storing tube,
Power module comprising - a substrate, - a power semiconductor device mounted on and electrically connected to the substrate, - a connection element for electrically connecting the power semiconductor device, - a sensing element for measuring a measurand, wherein - a bond section of the connection element is bonded to and electrically connected with the power semiconductor device, - the sensing element is mounted on the connection element and spaced from the bond section, - the bond section of the connection element is bonded to a contact side of the power semiconductor device in a bond region, wherein the contact side is a top contact side facing away from the substrate, - the sensing element is mounted on the connection element such that, in plan view of the contact side, the sensing element is spaced from the bond region, - the connection element comprises a flat section running parallel to the contact side, - the sensing element is mounted on the flat section, characterized in that - the flat section is arranged at a greater height than the bond section with respect to a top side of the substrate. - a substrate, - a power semiconductor device mounted on and electrically connected to the substrate, - a connection element for electrically connecting the power semiconductor device, - a sensing element for measuring a measurand, wherein - a bond section of the connection element is bonded to and electrically connected with the power semiconductor device, - the sensing element is mounted on the connection element and spaced from the bond section, - the bond section of the connection element is bonded to a contact side of the power semiconductor device in a bond region, wherein the contact side is a top contact side facing away from the substrate, - the sensing element is mounted on the connection element such that, in plan view of the contact side, the sensing element is spaced from the bond region, - the connection element comprises a flat section running parallel to the contact side, - the sensing element is mounted on the flat section, characterized in that - the flat section is arranged at a greater height than the bond section with respect to a top side of the substrate.
A master model structure (20', 20") for moulding of large objects such as hulls, wind turbine blades and nacelles, which master model structure (20', 20") comprises: - a base member; - a plurality of frames (8, 9) mechanically connected to the base member; - a grid member or a perforated plate attached to pipe members or connection members attached to the frames (8, 9) and - a surface attached to the grid member or the perforated plate; wherein the surface comprises a foam layer directly attached to the grid member or the perforated plate and that the foam fills the gabs/holes in the grid member or the perforated plate; characterised in that a glass fibre layer (46, 46') is added to one or more minor areas of the grid member or the perforated plate before the foam layer is attached directly to the remaining part of the grid member or the perforated plate. - a base member; - a plurality of frames (8, 9) mechanically connected to the base member; - a grid member or a perforated plate attached to pipe members or connection members attached to the frames (8, 9) and - a surface attached to the grid member or the perforated plate;
A bottle-shaped container of a hard plastic material with a soft inner bag for accommodating a liquid or creamy filling material and with a valve for dispensing the filling material, wherein introduced into the sealed gap between the inner bag and the container there is a gas at such a positive pressure that when the valve is open the filling material flows out, characterised in that the gas pressure when the inner bag is filled to capacity is 0.6 to 1.2 MPa (6 to 12 bar) and when the inner bag is empty the gas pressure is 0.1 to 0.3 MPa (1 to 3 bar), that the base of the container is indented with respect to its edge, that the wall thickness of the base is 3 to 4 mm, that the internal radius of the base edge before being subjected to the internal pressure is 5 to 8 mm, that the plastic material of the container has a E modulus of about 3,300 (MPa) and a yield stress of about 65 (MPa) and that the container is manufactured in a blow moulding process.
Waste treatment method, particularly designed for the treatment of urban solid waste, comprising the following steps: a) introducing the waste to be treated into a tubular body the lateral walls whereof are equipped with multiple perforations; b) enclosing the tubular body in a sealed working enclosure and injecting a gas therein at a temperature between 115°C and 200°C to subject the assembly formed by the tubular body and the waste introduced therein to a gas working environment at a pressure above 4 bar and a temperature between 115oC and 200oC, for at least 15 minutes, and, simultaneously, rotating the tubular body around its longitudinal axis, in order to mechanically agitate the introduced waste, the perforations of the lateral walls being dimensioned to prevent the waste flowing towards the exterior of the tubular body but allowing the liquids released by the waste flowing to the exterior of the tubular body through the perforations in the lateral walls thereof; and c) gradually reducing the pressure of the gas working environment until it reaches the initial atmospheric pressure through the extraction of the gas from the working enclosure and, simultaneously, cooling and drying the waste introduced into the tubular body through the injection of a drying gas into the working enclosure which reaches the waste through the perforations the lateral walls of the tubular body. a) introducing the waste to be treated into a tubular body the lateral walls whereof are equipped with multiple perforations; b) enclosing the tubular body in a sealed working enclosure and injecting a gas therein at a temperature between 115°C and 200°C to subject the assembly formed by the tubular body and the waste introduced therein to a gas working environment at a pressure above 4 bar and a temperature between 115oC and 200oC, for at least 15 minutes, and, simultaneously, rotating the tubular body around its longitudinal axis, in order to mechanically agitate the introduced waste, the perforations of the lateral walls being dimensioned to prevent the waste flowing towards the exterior of the tubular body but allowing the liquids released by the waste flowing to the exterior of the tubular body through the perforations in the lateral walls thereof; and c) gradually reducing the pressure of the gas working environment until it reaches the initial atmospheric pressure through the extraction of the gas from the working enclosure and, simultaneously, cooling and drying the waste introduced into the tubular body through the injection of a drying gas into the working enclosure which reaches the waste through the perforations the lateral walls of the tubular body.
A retaining ring for a chemical mechanical polisher, comprising: a generally annular body having a top surface, an inner diameter surface, an outer diameter surface and a bottom surface, wherein along a radial cross section the bottom surface has a convex shape and wherein a difference in height across the bottom surface is between 0.001 mm and 0.05 mm; wherein an outermost point on the convex profile is closer to the inner diameter surface than to the outer diameter surface; and wherein the bottom surface has a target surface characteristic that substantially matches an equilibrium surface characteristic that would result from breaking-in the retaining ring with a substrate polishing device. a generally annular body having a top surface, an inner diameter surface, an outer diameter surface and a bottom surface,
A power supply device for plasma processing, wherein electric arcs may occur, comprising a power supply circuit for generating a voltage across output terminals (1, 2), the power supply circuit being configured to be switched on and off and the output terminals being for connection to a plasma processing chamber by means of conductors (3, 4), a first switch connected between the power supply circuit and one of the output terminals for interrupting the power supply to the plasma processing chamber in case of the occurrence of an arc, and a controller configured to control the power supply circuit and the first switch such that, in an event of an arc, the first switch is opened and kept in the open state for a time interval to quench the arc and the power supply circuit is switched off in the event that the arc is still burning after actuating the first switch a number of times, wherein the controller being configured to determine at least one delay parameter (D1, D2, D3, D4, D5) by means of a self-adaptive process, the delay parameter defining the time (t 1 - t 12) when, in an event of an arc, the power supply circuit and/or the first switch is switched on or switched off.
A pneumatic suspension system of a utility vehicle which has a driven rear axle with pneumatic suspension and a leading and/or trailing axle which is assigned thereto, which each have at least one compressed air circuit with at least one pneumatic spring bellows, wherein at least one pressure switch for sensing a bellows pressure at the driven rear axle, at least one 3/2 way valve which is assigned to the rear axle, can be switched pneumatically by means of a shuttle valve with a control line and to which at least one pressure ratio valve of the rear axle is connected, and a control unit are provided and are embodied in such a way that an axle load ratio between the driven rear axle and a leading and/or trailing axle assigned thereto can be varied as a function of the sensed bellows pressure, characterized in that two solenoid valves (5, 6) are connected in parallel to the control line of the shuttle valve and can be switched, as a function of the bellows pressure sensed at the rear axle, by changeover relays which can be supplied with electrical energy, in such a way that the control line can be ventilated or vented by means of a switching process.
A first composition comprising a first ethylene/α-olefin/diene interpolymer and a second ethylene/α-olefin interpolymer, and wherein the first composition comprises from 40 to 70 wt% ethylene, based on the weight of the first composition, and wherein the first composition has an Mw from 150,000 to 400,000 g/mole, and a diene content from 0.1 to 0.50 wt%, based on the weight of the first composition. wherein the first composition comprises from 40 to 70 wt% ethylene, based on the weight of the first composition, and wherein the first composition has an Mw from 150,000 to 400,000 g/mole, and a diene content from 0.1 to 0.50 wt%, based on the weight of the first composition.
An atomizer, comprising an elastic member, wherein the elastic member comprises an atomization core, a support base, an air regulation ring, and a seal ring; the support base comprises an e-liquid inlet; the atomization core is disposed on the support base to atomize e-liquid; the seal ring is disposed in the support base and below the atomization core; the air regulation ring is disposed around the support base; wherein the elastic member further comprises a first spring, a marble and a first rubber ring; the first spring is disposed in a bottom of the seal ring and is configured to push the seal ring upwards, and under the resilience force of the first spring, the seal ring is reset; the air regulation ring comprises an orbital groove; the seal ring comprises a groove; the marble is disposed in a hole of the support base; the first rubber ring is disposed on an inner wall of the air regulation ring and below the orbital groove to squeeze the marble to move towards an inner side of the hole; the hole, the marble, and the first rubber ring are located on a horizontal plane; when the atomization core is disposed in the support base, the seal ring moves downwards along with the atomization core, and the first spring deforms to produce an upward elastic force; when the groove and the hole are in one plane, the marble is squeezed into the groove and limits the seal ring; and when the air regulation ring is pulled down, the atomization core is ejected from a top of the atomizer for replacement, and the e-liquid inlet of the support base is automatically sealed by the seal ring so that no e-liquid leaks out of the atomizer. the elastic member further comprises a first spring, a marble and a first rubber ring; the first spring is disposed in a bottom of the seal ring and is configured to push the seal ring upwards, and under the resilience force of the first spring, the seal ring is reset; the air regulation ring comprises an orbital groove; the seal ring comprises a groove; the marble is disposed in a hole of the support base; the first rubber ring is disposed on an inner wall of the air regulation ring and below the orbital groove to squeeze the marble to move towards an inner side of the hole; the hole, the marble, and the first rubber ring are located on a horizontal plane; when the atomization core is disposed in the support base, the seal ring moves downwards along with the atomization core, and the first spring deforms to produce an upward elastic force; when the groove and the hole are in one plane, the marble is squeezed into the groove and limits the seal ring; and when the air regulation ring is pulled down, the atomization core is ejected from a top of the atomizer for replacement, and the e-liquid inlet of the support base is automatically sealed by the seal ring so that no e-liquid leaks out of the atomizer.