mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for generating a map comprising a weather forecast, the method comprising: receiving, at a navigation device, a map request including a departure location and a destination location; in response to receiving the map request, obtaining map data associated with a route between the departure location and the destination location; obtaining a weather forecast indicating a probability of a particular type of precipitation occurring at a particular rate at a point along the route at an estimated arrival time associated with the point, wherein the probability of the particular type of precipitation occurring at the particular rate is generated by combining a probability of the particular type of precipitation occurring and a probability of precipitation occurring at the particular rate; and displaying, on a display device of the navigation device, a map of the route and a visual indicator of the weather forecast. receiving, at a navigation device, a map request including a departure location and a destination location; in response to receiving the map request, obtaining map data associated with a route between the departure location and the destination location; obtaining a weather forecast indicating a probability of a particular type of precipitation occurring at a particular rate at a point along the route at an estimated arrival time associated with the point, wherein the probability of the particular type of precipitation occurring at the particular rate is generated by combining a probability of the particular type of precipitation occurring and a probability of precipitation occurring at the particular rate; and displaying, on a display device of the navigation device, a map of the route and a visual indicator of the weather forecast.
A compound of formula wherein R 1 is methyl or cyclopropyl; R 2 is hydrogen; R 3 is hydrogen, C 1-7 -alkyl, C 1-7 -alkyl substituted by hydroxy, -(CH 2) 2 C NH 2, benzyl, phenyl, -CH 2 -five membered aromatic heterocyclic group, CH 2 -indolyl, -CH 2 -C 3-6 -cycloalkyl, C 3-6 -cycloalkyl or -(CH 2) 2 -S-C 1-7 -alkyl; R 3' is hydrogen or C 1-7 - alkyl; or X is -C -CHR 4 -CHR 4' -C -NH-CH 2 - R 4 /R 4' are hydrogen or one of R 4 or R 4' is amino: o is 0; or a pharmaceutically acceptable acid addition salt, a racemic mixture or its corresponding enantiomer and/or optical isomers thereof. R 1 is methyl or cyclopropyl; R 2 is hydrogen; R 3 is hydrogen, C 1-7 -alkyl, C 1-7 -alkyl substituted by hydroxy, -(CH 2) 2 C NH 2, benzyl, phenyl, -CH 2 -five membered aromatic heterocyclic group, CH 2 -indolyl, -CH 2 -C 3-6 -cycloalkyl, C 3-6 -cycloalkyl or -(CH 2) 2 -S-C 1-7 -alkyl; R 3' is hydrogen or C 1-7 - alkyl; or X is -C -CHR 4 -CHR 4' -C -NH-CH 2 - R 4 /R 4' are hydrogen or one of R 4 or R 4' is amino: o is 0;
A method for producing particles for use in a geosynthetic clay liner, the method comprising: dry mixing first particles comprising a swelling clay and second particles comprising a fluid-loss preventing polymer, compacting the dry mixed first and second particles to form one or more compacted bodies, crushing the one or more compacted bodies to form discrete particles for use in a geosynthetic liner, at least some of the discrete particles comprising the swelling clay and the fluid-loss preventing polymer, wherein at least some of the fluid-loss preventing polymer is at least partially surrounded by the swelling clay. dry mixing first particles comprising a swelling clay and second particles comprising a fluid-loss preventing polymer, compacting the dry mixed first and second particles to form one or more compacted bodies, crushing the one or more compacted bodies to form discrete particles for use in a geosynthetic liner, at least some of the discrete particles comprising the swelling clay and the fluid-loss preventing polymer, wherein at least some of the fluid-loss preventing polymer is at least partially surrounded by the swelling clay.
An assembly comprising: a) a pressure mechanism having a flexible member for attachment around a limb and an air chamber which assumes a first depressurized state and a second pressurized state, said air chamber having a length and a width, said width being less than half the width of said flexible member; b) a pre-filled air bladder having a length and a width smaller than said width of said air chamber; c) an absorbent foam, sponge or dressing coupled to the pre-filled air bladder; and d) a suction conduit in fluid communication with the absorbent foam, sponge or dressing and adapted for coupling to a source of negative pressure; wherein: said pre-filled air bladder and said absorbent foam, sponge or dressing are adhered together as a unit, wherein said suction conduit is located between said absorbent foam, sponge or dressing and said pre-filled air bladder. a) a pressure mechanism having a flexible member for attachment around a limb and an air chamber which assumes a first depressurized state and a second pressurized state, said air chamber having a length and a width, said width being less than half the width of said flexible member; b) a pre-filled air bladder having a length and a width smaller than said width of said air chamber; c) an absorbent foam, sponge or dressing coupled to the pre-filled air bladder; and d) a suction conduit in fluid communication with the absorbent foam, sponge or dressing and adapted for coupling to a source of negative pressure;
A flexible tubular device comprising a single-piece part having a tubular wall that delimits a sealed chamber intended to be filled with a fluid, wherein said tubular wall comprises an elastomeric matrix into which is integrated at least one reinforcement ply delimited by two longitudinal portions, characterized in that said at least one reinforcement ply has the general shape of a sleeve that extends within said tubular wall to surround said sealed chamber, and in that said two longitudinal portions of said at least one reinforcement ply are juxtaposed to each other. wherein said tubular wall comprises an elastomeric matrix into which is integrated at least one reinforcement ply delimited by two longitudinal portions, characterized in that said at least one reinforcement ply has the general shape of a sleeve that extends within said tubular wall to surround said sealed chamber, and in that said two longitudinal portions of said at least one reinforcement ply are juxtaposed to each other.
An upper for an article of footwear, comprising: a first area located on at least one of a lateral and a medial side of the upper, wherein the first area comprises a plurality of first knit courses, and wherein at least a majority of the plurality of first knit courses are at least partially formed by a first yarn; and a second area located adjacent to the first area of the upper, wherein the second area extends through at least one of a lateral side and a medial side of a throat area of the upper, wherein the second area comprises a plurality of second knit courses, and wherein at least a majority of the plurality of second knit courses are formed by a second yarn, wherein the second yarn has a tenacity of at least 5 g/D, wherein a third yarn is included that forms at least one loop within a first knit course of the plurality of first knit courses, wherein the second area includes a first layer and a second layer, wherein a pocket is located between the first layer and the second layer, and wherein the third yarn extends inside the pocket. a first area located on at least one of a lateral and a medial side of the upper, wherein the first area comprises a plurality of first knit courses, and wherein at least a majority of the plurality of first knit courses are at least partially formed by a first yarn; and a second area located adjacent to the first area of the upper, wherein the second area extends through at least one of a lateral side and a medial side of a throat area of the upper, wherein the second area comprises a plurality of second knit courses, and wherein at least a majority of the plurality of second knit courses are formed by a second yarn, wherein the second yarn has a tenacity of at least 5 g/D, wherein a third yarn is included that forms at least one loop within a first knit course of the plurality of first knit courses, wherein the second area includes a first layer and a second layer, wherein a pocket is located between the first layer and the second layer, and wherein the third yarn extends inside the pocket.
A method for manufacturing a semiconductor diamond substrate comprising: preparing a seed substrate, the seed substrate being a single-crystal semiconductor diamond substrate; forming an ion implanted layer at a depth from a front surface of a main surface of the seed substrate not smaller than 0.05 μm and not greater than 10 μm by implanting ions into the seed substrate, the depth from the front surface of the main surface of the seed substrate being a distance between the main surface of the seed substrate and the center of the ion implanted layer, the center of the ion implanted layer being a position where a concentration of implanted ions is highest; growing a semiconductor layer composed of diamond on the main surface of the seed substrate with a vapor-phase synthesis method; characterised by separating a semiconductor diamond substrate including the semiconductor layer and a part of the seed substrate by irradiating the front surface of the main surface of at least any of the semiconductor layer and the seed substrate with light, wherein the ion implanted layer absorbs light, energy of light vaporizes and expands the implanted ions present in the ion implanted layer, an expansion pressure of the implanted ions pushes and spreads a portion of the ion implanted layer weak in bond between elements of the semiconductor material, and the semiconductor diamond substrate including the semiconductor layer and a part of the seed substrate is separated from a most part of the seed substrate. preparing a seed substrate, the seed substrate being a single-crystal semiconductor diamond substrate; forming an ion implanted layer at a depth from a front surface of a main surface of the seed substrate not smaller than 0.05 μm and not greater than 10 μm by implanting ions into the seed substrate, the depth from the front surface of the main surface of the seed substrate being a distance between the main surface of the seed substrate and the center of the ion implanted layer, the center of the ion implanted layer being a position where a concentration of implanted ions is highest; growing a semiconductor layer composed of diamond on the main surface of the seed substrate with a vapor-phase synthesis method; characterised by separating a semiconductor diamond substrate including the semiconductor layer and a part of the seed substrate by irradiating the front surface of the main surface of at least any of the semiconductor layer and the seed substrate with light, wherein the ion implanted layer absorbs light, energy of light vaporizes and expands the implanted ions present in the ion implanted layer, an expansion pressure of the implanted ions pushes and spreads a portion of the ion implanted layer weak in bond between elements of the semiconductor material, and the semiconductor diamond substrate including the semiconductor layer and a part of the seed substrate is separated from a most part of the seed substrate.
An optical system for monitoring a dosage setting by a dosage setting mechanism for a medicament delivery device, the dosage setting mechanism comprising a dose indicator with dosage value indications on its surface and a dosage opening on the medicament delivery device housing circumferential surface, surrounding the dose indicator, the dosage value indications being displayed through the dosage opening and the optical system comprising components: - an optical sensor with an optical axis B for sensing an optical signal of the dosage value indications transmitted along the optical axis B; and - at least one optical element (12, 13, 14, 15) for receiving the optical signal of the dosage value indications from the dosage opening for transmitting to and detecting by the optical sensor, wherein the optical system components are situated on the surface of the medicament delivery device housing on a side of the dosage opening so that to leave the dosage opening area free for enabling a user to view the dosage value indications displayed on the dosage indicator through the dosage opening, characterized in that the at least one optical element (12, 13, 14, 15) is one of a half-silvered mirror, a convex mirror and a combination of a convex lens and a mirror for capturing an optical signal of the dosage value indications from the dosage opening and able to change a direction of the optical signal between the dosage opening and the optical sensor. - an optical sensor with an optical axis B for sensing an optical signal of the dosage value indications transmitted along the optical axis B; and - at least one optical element (12, 13, 14, 15) for receiving the optical signal of the dosage value indications from the dosage opening for transmitting to and detecting by the optical sensor,
A debris separator for a gas turbine engine component, comprising: a first body section along an axis, the first body section comprising a first inlet orifice transverse to the axis; a neck section adjacent to the first body section along the axis; and a second body section along the axis adjacent to the neck section, the second body section forming an exit orifice along the axis; characterized in that the first inlet orifice comprises a slot a first body section along an axis, the first body section comprising a first inlet orifice transverse to the axis; a neck section adjacent to the first body section along the axis; and a second body section along the axis adjacent to the neck section, the second body section forming an exit orifice along the axis; characterized in that the first inlet orifice comprises a slot
A process for producing a sprouted grain comprising: steeping at least one grain at a temperature from 2°C to 29°C for a period of time less than 24 hours to a moisture content from 29% to 38%; germinating the at least one grain for a period of time of 0 hours to less than 24 hours; and kilning with controlled air circulation the at least one grain at a temperature from 49°C to 93°C for a period of time less than 20 hours to a moisture content of 7% to 16%. steeping at least one grain at a temperature from 2°C to 29°C for a period of time less than 24 hours to a moisture content from 29% to 38%; germinating the at least one grain for a period of time of 0 hours to less than 24 hours; and kilning with controlled air circulation the at least one grain at a temperature from 49°C to 93°C for a period of time less than 20 hours to a moisture content of 7% to 16%.
A device for picking up excrement, in particular dog feces, comprising a handle piece with a fastening device for a baglike receptacle to be fastened there, a plurality of elastic gripper claws that branch away from the handle piece, wherein the gripper claws enclose the space around the fastening device like a basket, characterized in that the one-piece device consists of an elastic, threedimensionally printable material.
A time-interleaved sampling circuit configured to sample a signal input, comprising: a signal generation circuit (110, 510), configured to generate a first control signal (CK M); a plurality of sampling switches (M SS1, M SS2, M SS3, M SS4), each having a corresponding control node (N C1, N C2, N C3, N C4), wherein each sampling switch (M SS1, M SS2, M SS3, M SS4) is arranged for determining a sampling time of the signal input according to a signal level at the corresponding control node (N C1, N C2, N C3, N C4); and a control circuit, configured to control the signal level at the corresponding control node (N C1, N C2, N C3, N C4) of each sampling switch (M SS1, M SS2, M SS3, M SS4), wherein when the signal level at the corresponding control node (N C1, N C2, N C3, N C4) corresponds to a first level, and before a signal level of the first control signal is changed in order to adjust the signal level at the corresponding control node (N C1, N C2, N C3, N C4) to a second level, the control circuit is configured to couple the first control signal to the corresponding control node (N C1, N C2, N C3, N C4); wherein the control circuit is further configured to couple the first control signal to control nodes (N C1, N C2, N C3, N C4) of the sampling switches (M SS1, M SS2, M SS3, M SS4), alternately by coupling the first control signal to one control node at a time. a signal generation circuit (110, 510), configured to generate a first control signal (CK M); a plurality of sampling switches (M SS1, M SS2, M SS3, M SS4), each having a corresponding control node (N C1, N C2, N C3, N C4), wherein each sampling switch (M SS1, M SS2, M SS3, M SS4) is arranged for determining a sampling time of the signal input according to a signal level at the corresponding control node (N C1, N C2, N C3, N C4); and a control circuit, configured to control the signal level at the corresponding control node (N C1, N C2, N C3, N C4) of each sampling switch (M SS1, M SS2, M SS3, M SS4), wherein when the signal level at the corresponding control node (N C1, N C2, N C3, N C4) corresponds to a first level, and before a signal level of the first control signal is changed in order to adjust the signal level at the corresponding control node (N C1, N C2, N C3, N C4) to a second level, the control circuit is configured to couple the first control signal to the corresponding control node (N C1, N C2, N C3, N C4); wherein the control circuit is further configured to couple the first control signal to control nodes (N C1, N C2, N C3, N C4) of the sampling switches (M SS1, M SS2, M SS3, M SS4), alternately by coupling the first control signal to one control node at a time.
A climbing wall, comprising at least one climbing wall module having a supporting construction with an arrangement of partitions defining spatial compartments with multiple bodies of climbing holds placed therein, in which one can distinguish a front and back wall, as well as side walls, the front walls of the bodies of the climbing holds along with the supporting construction forming a front surface of the climbing wall module, adjusted to the movements of the users of the climbing wall, characterised in that behind at least one climbing wall module there is at least one climbing holds storage module at a distance therefrom, having a supporting construction with an arrangement of partitions defining spatial compartments adjusted to receive the body of the climbing hold, and in the space between the climbing wall module and the climbing holds storage module there is at least one robot adjusted to manipulate the multi-walled bodies of the climbing holds placed in the climbing wall module and/or the climbing holds storage module.
A printing press comprising at least one printing unit comprising one or more printing devices (11; 12), by means of which a sheet-like substrate can be printed at least on one side, at at least one printing point and comprising at least one product receptacle in which the printed sheet-like substrate can be combined in packs of products or intermediate products, wherein a rotatable cooling cylinder which guides and/or conveys the sheet-like substrate is arranged upstream of the product receptacle in the substrate path and which is arranged downstream of the at least one printing unit comprising one or more printing devices (11; 12), characterized in that at least one first electrode (37; 41) is arranged at the substrate path section extending over a peripheral portion of the cooling cylinder and is directed toward this substrate path section such that, when electrical voltage is applied, the substrate passing the electrode (37; 41) on the substrate path can be or is electrostatically charged.
A wire saw having a drive unit including a drive sheave for driving an endless saw wire, and a motor having a motor output shaft directly or indirectly connected to the drive sheave characterized in a at least one torsion suspension device, between the motor output shaft and the drive sheave, for dampening or absorbing torsion jerk/s to or from the endless saw wire, where the motor output shaft is connected to a transmission which has a transmission output shaft that is connected to the drive sheave via a first of the at least one torsion suspension device, and where the torsion suspension device is an elastic coupling including a inner torsion suspension coupling member, a coaxial surrounding outer torsion suspension coupling member and at least one elastic torsion suspension element, between the inner torsion suspension coupling member and the outer torsion suspension coupling member, which at least one elastic torsion suspension element, upon rotation of the inner torsion suspension coupling member in relation to the coaxial surrounding outer torsion suspension coupling member becomes more squeezed between the two torsion suspension coupling members ( 32, 33) and tries to move them back to a neutral position, i.e. a position having a minimum elastic torsion suspension element squeeze.
A crystalline wholly aromatic polyester which is a polycondensate of an aromatic dicarboxylic acid and an aromatic diol, wherein a structual unit derived from the aromatic dicarboxylic acid comprises a structural unit represented by formula: and wherein a structual unit derived from the aromatic diol comprises a structural unit represented by formula:
A method for providing access to a lock for provision of a service, the lock being associated with a service consumer, the method being performed in a lock manager and comprising the steps of: receiving a request for access to the lock, the request being based on the service consumer ordering a service requiring access to a physical space which is secured by the lock; sending a first consumer request to a service consumer device, asking whether to grant access to the lock for a service provider agent to provide the service; receiving a first positive consumer response from the service consumer device, indicating that the service consumer allows the service provider agent to access the physical space secured by the lock; generating a temporary credential for the service provider agent; providing the temporary credential to the service provider agent; configuring the lock to accept the temporary credential; receiving a signal indicating that the lock has been locked again; and deactivating, after receiving the signal indicating that the lock has been locked again, the temporary credential in the lock by reconfiguring the lock to revoke the temporary credential. receiving a request for access to the lock, the request being based on the service consumer ordering a service requiring access to a physical space which is secured by the lock; sending a first consumer request to a service consumer device, asking whether to grant access to the lock for a service provider agent to provide the service; receiving a first positive consumer response from the service consumer device, indicating that the service consumer allows the service provider agent to access the physical space secured by the lock; generating a temporary credential for the service provider agent; providing the temporary credential to the service provider agent; configuring the lock to accept the temporary credential; receiving a signal indicating that the lock has been locked again; and deactivating, after receiving the signal indicating that the lock has been locked again, the temporary credential in the lock by reconfiguring the lock to revoke the temporary credential.