mhurhangee/ep-ind-claims huggingface dataset:
A kinematic shoe sole having a segmented structure and formed from at least one material layer which has a lateral joint as well as at least one medial joint which divide the sole into the individual segments, wherein the lateral and/or the medial joint is formed as a groove in a partly or fully throughgoing manner through the material layer, said the lateral joint has in its layout at least two circular cut-outs which is partly or fully filled with a material having an equal and/or a smaller Shore hardness, measured in accordance with DIN 53505, in comparison with the materials of the segments, characterized in that the lateral joint a) is arranged substantially in the region of a second toe in the toe region; b) in the midfoot region, in the direction from the toe region to the tarsal region, first has a substantially parallel course to a second metatarsal bone; subsequently has a first kink, wherein the lateral joint adopts a non-parallel course to the second metatarsal bone in the direction of the further outwardly disposed second metatarsal bone; and subsequently has a second kink, wherein the lateral joint substantially adopts that course of direction which it has in the toe region; and/or c) substantially extends in the center of the sole in the tarsal region. a) is arranged substantially in the region of a second toe in the toe region; b) in the midfoot region, in the direction from the toe region to the tarsal region, first has a substantially parallel course to a second metatarsal bone; subsequently has a first kink, wherein the lateral joint adopts a non-parallel course to the second metatarsal bone in the direction of the further outwardly disposed second metatarsal bone; and subsequently has a second kink, wherein the lateral joint substantially adopts that course of direction which it has in the toe region; and/or c) substantially extends in the center of the sole in the tarsal region.
A mobile sensor device for a vehicle combination with a tractor and a trailer, in particular a semitrailer train with a semitrailer tractor and a semitrailer, comprising - a recording device for recording information, - a transmission device for transmitting the information to a central device and - a connection area for detachably coupling the mobile sensor device to the trailer, in particular the semitrailer, characterized in that already existing lines in the trailer, in particular of the semitrailer, are used to transmit the information. - a recording device for recording information, - a transmission device for transmitting the information to a central device and - a connection area for detachably coupling the mobile sensor device to the trailer, in particular the semitrailer,
Position detection device intended to be mounted in a housing which includes an electrical machine and a control electronic device of the electrical machine, for transferring a position signal from the machine to said control electronic device, the device comprising: - a position sensor which comprises a body, - a support on which the position sensor is intended to be mounted, the support being configured to be received against the walls of a blind hole inside of said housing in order to produce, at least partly, the securing in place of said device, the support comprises: a first portion intended to receive said position sensor, said portion being situated at a first end of the support in order to allow a detection of the position of the electrical machine by the position sensor, the first portion of the support comprises a surface on which an edge of the body of the sensor is intended to bear, and further comprises an aperture so as to leave uncovered a central part of the body of the position sensor and - a second portion extending from said first portion to a second end of the support, said first and second portions being configured to be received against the walls of the blind hole in order to, at least partly, secure said device in place. - a position sensor which comprises a body, - a support on which the position sensor is intended to be mounted, - a second portion extending from said first portion to a second end of the support,
An anvil delivery system comprising: an anvil assembly comprising: an anvil center rod; and a head assembly pivotally secured to the anvil center rod about a pivot axis and movable between an operative position and a tilted position, the head assembly including an anvil head and a cutting ring disposed within the anvil head, the anvil head defining first and second openings; and a suture (S 2) disposed in the first and second openings; characterised in that: the cutting ring defines a slot in alignment with the first and second openings in the anvil head; and the anvil delivery system comprises a suture guide assembly including the suture (S 2) and a reel assembly. an anvil assembly comprising: an anvil center rod; and a head assembly pivotally secured to the anvil center rod about a pivot axis and movable between an operative position and a tilted position, the head assembly including an anvil head and a cutting ring disposed within the anvil head, the anvil head defining first and second openings; and an anvil center rod; and a head assembly pivotally secured to the anvil center rod about a pivot axis and movable between an operative position and a tilted position, the head assembly including an anvil head and a cutting ring disposed within the anvil head, the anvil head defining first and second openings; and a suture (S 2) disposed in the first and second openings; the cutting ring defines a slot in alignment with the first and second openings in the anvil head; and the anvil delivery system comprises a suture guide assembly including the suture (S 2) and a reel assembly.
A process of ultrafiltration, which comprises: combining a reaction mixture having a pH of 10 or higher and containing a variety of polypeptides formed by random copolymerization of aminoacids, which collectively have more basic amino acids than acidic amino acids, with an aqueous acid solution to form a modified reaction mixture; and subjecting said modified reaction mixture to ultrafiltration to form a purified reaction mixture, wherein said aqueous acid solution is combined as a feeding solution to said reaction mixture during said ultrafiltration combining a reaction mixture having a pH of 10 or higher and containing a variety of polypeptides formed by random copolymerization of aminoacids, which collectively have more basic amino acids than acidic amino acids, with an aqueous acid solution to form a modified reaction mixture; and subjecting said modified reaction mixture to ultrafiltration to form a purified reaction mixture,
A method of closing packages having a movable pouring spout, the method comprising the step of applying an adhesive on one or both portions of a first pair of folding portions, each movable integrally with an inclined wall of a chamfered corner of the package, said first folding portions being coupled to a second pair of folding portions which are movable integrally with an oscillatable tongue of the spout, whereby the second portions adhere to the first folding portions when the oscillatable tongue moves toward the inclined wall.
An instrument comprising: a microfluidic device including: one or more microfluidic channels, one or more inlet ports, one or more outlet ports, and one or more heat sinks; characterized by: a cooling manifold (106, 1406) configured to direct an airflow to the one or more heat sinks of the microfluidic device while isolating the airflow from the one or more inlet ports of the microfluidic device, wherein the cooling manifold includes a port being an opening extending through cooling manifold to allow liquids to be delivered to the microfluidic device without being disturbed by the cooling airflow, the cooling manifold (106, 1406) including: an air inlet configured to receive the airflow; an air outlet; and an inlet duct configured to direct the airflow from the air inlet to the one or more heat sinks of the microfluidic device. an air inlet configured to receive the airflow; an air outlet; and an inlet duct configured to direct the airflow from the air inlet to the one or more heat sinks of the microfluidic device.
A method of assembling a display panel (100, 200, 300B, 400B), comprising: laminating a back plate (120, 320, 420) to a display layer (110, 410) to form an untrimmed display panel, the back plate comprising a metal layer (112, 312, 412) comprising a trimming path (140, 340, 440a, 440b) defined by one or more line segments having reduced metal content compared to other portions of the metal layer; and trimming the untrimmed display panel (300A, 400A) along the one or more line segments to define one or more edges of the display panel, wherein, for one or more locations along each of the one or more edges defined by the line segments, the metal layer is flush with the corresponding edge of the display panel. laminating a back plate (120, 320, 420) to a display layer (110, 410) to form an untrimmed display panel, the back plate comprising a metal layer (112, 312, 412) comprising a trimming path (140, 340, 440a, 440b) defined by one or more line segments having reduced metal content compared to other portions of the metal layer; and trimming the untrimmed display panel (300A, 400A) along the one or more line segments to define one or more edges of the display panel, wherein, for one or more locations along each of the one or more edges defined by the line segments, the metal layer is flush with the corresponding edge of the display panel.
Game comprising a game board with square spaces forming a two-dimensional field and a set of game pieces in the form of polyominoes, consisting of a number of square blocks that are put together in an orthogonal pattern and having the same dimensions as the spaces on the game board, the game being intended as a puzzle to cover all the spaces with the available set of game pieces, characterised in that the set comprises at least one game piece with at least two parts that are each formed by a number of aforementioned blocks connected together in a fixed way, whereby these parts are slidably coupled with respect to one another in a direction parallel to one of the sides of the square blocks in such a way that they enable a number of forms of game pieces in the form of polyominoes to be formed with the game piece concerned, whereby the aforementioned parts of the at least one game piece can be moved by sliding with respect to one another in such a way that they enable different forms of polyominoes to be formed with the game piece concerned.
A method comprising: Receiving, with an access control device, a digital signature through a tightly-constrained handshake sequence of a network protocol, wherein an endpoint device initiates the tightly-constrained handshake sequence when the endpoint device is requesting access rights, wherein the digital signature is based on a trusted platform module, TPM, value and a nonce value, and wherein, due to constraints of the tightly-constrained handshake sequence, the access control device and the endpoint device are unable to negotiate a set of nonce information during the tightly-constrained handshake sequence; determining whether the access control device has previously negotiated a set of nonce information with the endpoint device; determining whether the TPM value is associated with an acceptable configuration; determining whether the nonce value is acceptable; determining whether the digital signature is valid; and granting the access rights to the endpoint device when the access control device has previously negotiated the set of nonce information, when the TPM value is associated with the acceptable configuration, when the nonce value is acceptable, and when the digital signature is valid. Receiving, with an access control device, a digital signature through a tightly-constrained handshake sequence of a network protocol, wherein an endpoint device initiates the tightly-constrained handshake sequence when the endpoint device is requesting access rights, wherein the digital signature is based on a trusted platform module, TPM, value and a nonce value, and wherein, due to constraints of the tightly-constrained handshake sequence, the access control device and the endpoint device are unable to negotiate a set of nonce information during the tightly-constrained handshake sequence; determining whether the access control device has previously negotiated a set of nonce information with the endpoint device; determining whether the TPM value is associated with an acceptable configuration; determining whether the nonce value is acceptable; determining whether the digital signature is valid; and granting the access rights to the endpoint device when the access control device has previously negotiated the set of nonce information, when the TPM value is associated with the acceptable configuration, when the nonce value is acceptable, and when the digital signature is valid.
Arrangement for limiting or preventing the formation of creeping currents between opened contacts (3, 3') of an electric switching device such as a relay or a contactor, wherein the arrangement comprises two opposing contacts (3, 3') for performing the switching operation and wherein at least one of the contacts (3, 3') is surrounded laterally at least in parts by a barrier wall (7, 7'), characterised in that the barrier wall (7, 7') is made from an insulating material.
A system for utilizing a pressurized fluid comprises: a first body member (16a-e); a second body member (23a-e) having walls that define a cavity (30a-e) between the first and second body members and a first passage (32a-j) within the second body member (23a-e) wherein a surface of the first body member (16a-e) is spaced from an opposing surface of the second body member (23a-e) so as to define an annular gap (42a-e) in fluid communication with the cavity (30a-e); and a third body member (18a-e) moveable relative to the second body member (23a-e), wherein the first, second, and third body members (16a-e,23a-e,18a-e) are coaxially disposed, and the first passage (32a-j) directs pressurized fluid from the cavity (30a-e) to the third body member (18a-e), characterised by further comprising: at least one seal (26a-e) disposed between the first and second body members (16a-e,23a-e) and configured to retain the pressurized fluid within the cavity (30a-e), wherein the at least one seal (26a-e) is axially-restrained within a groove (34a-e) in the second body member (23a-e) and disposed such that a radial gap is formed between the at least one seal (26a-e) and the second body member (23a-e), wherein the walls of the second body member (23a-e) define a second passage (32a,c,e,g,i) extending from the cavity (30a-e) to a plenum (40a-e;78) thereby directing the pressurized fluid from the cavity (30a-e) to an adjacent component (20a-e;62). a first body member (16a-e); a second body member (23a-e) having walls that define a cavity (30a-e) between the first and second body members and a first passage (32a-j) within the second body member (23a-e) wherein a surface of the first body member (16a-e) is spaced from an opposing surface of the second body member (23a-e) so as to define an annular gap (42a-e) in fluid communication with the cavity (30a-e); and a third body member (18a-e) moveable relative to the second body member (23a-e), wherein the first, second, and third body members (16a-e,23a-e,18a-e) are coaxially disposed, and the first passage (32a-j) directs pressurized fluid from the cavity (30a-e) to the third body member (18a-e), characterised by further comprising: at least one seal (26a-e) disposed between the first and second body members (16a-e,23a-e) and configured to retain the pressurized fluid within the cavity (30a-e), wherein the at least one seal (26a-e) is axially-restrained within a groove (34a-e) in the second body member (23a-e) and disposed such that a radial gap is formed between the at least one seal (26a-e) and the second body member (23a-e), wherein the walls of the second body member (23a-e) define a second passage (32a,c,e,g,i) extending from the cavity (30a-e) to a plenum (40a-e;78) thereby directing the pressurized fluid from the cavity (30a-e) to an adjacent component (20a-e;62).
Furniture recess, in particular for a built-in refrigeration appliance, with a base as one continuous piece, wherein the base is provided with a cutout (23, 23') open towards a front side of the recess for receiving a connection section of a pedestal unit (8, 8', 8") of the in particular built-in refrigeration appliance, and wherein the cutout extends over part of the width of the base, characterised in that a cover bar extends along the front edge of the base so as to bridge the cutout in order to stabilise the furniture recess.
A water filter system, comprising: a storage vessel having a fill port and a sediment drain and defining an internal volume with a fluid path between the fill port and the sediment drain; a filter housing comprising a cylindrical filter wall with an inlet end and an outlet end; a sediment filter disposed within the inlet end and having a sediment filter surface facing the inlet end, wherein a surface of the sediment filter is substantially parallel to the fluid path between the fill port and the sediment drain; more than one cylindrical filter (220, 225, 230, 235) proximate to the outlet end, the more than one cylindrical filter (220, 225, 230, 235) each having a cylindrical filter surface, wherein the sediment filter surface is orthogonal to each cylindrical filter surface; and a threaded cap that encloses the outlet end of the cylindrical filter wall and configured to receive a threaded collar on the storage vessel, the threaded cap having an exit port fluidly connected to a volume inside an innermost cylindrical filter surface; wherein at least a portion of the filter housing is positioned within the internal volume of the storage vessel. a storage vessel having a fill port and a sediment drain and defining an internal volume with a fluid path between the fill port and the sediment drain; a filter housing comprising a cylindrical filter wall with an inlet end and an outlet end; a sediment filter disposed within the inlet end and having a sediment filter surface facing the inlet end, wherein a surface of the sediment filter is substantially parallel to the fluid path between the fill port and the sediment drain; more than one cylindrical filter (220, 225, 230, 235) proximate to the outlet end, the more than one cylindrical filter (220, 225, 230, 235) each having a cylindrical filter surface, wherein the sediment filter surface is orthogonal to each cylindrical filter surface; and a threaded cap that encloses the outlet end of the cylindrical filter wall and configured to receive a threaded collar on the storage vessel, the threaded cap having an exit port fluidly connected to a volume inside an innermost cylindrical filter surface; wherein at least a portion of the filter housing is positioned within the internal volume of the storage vessel.
Method for operating a mixing container with a connected ice reservoir of a latent heat storage unit, a heat storage fluid changing between a liquid phase and a solid phase and in the liquid phase being mixed with a heat transfer fluid, melting heat being transferred between the heat storage fluid and the heat transfer fluid, the liquid heat storage fluid being insoluble in the heat transfer fluid and the liquid heat storage fluid having a higher density than the heat transfer fluid, characterized in that a) via a gas space the heat storage fluid in an upper part of the mixing container is introduced into the heat transfer fluid, b) due to a flow of the heat storage fluid within a flow of the heat transfer fluid, heat is transferred from the heat storage fluid to the heat transfer fluid, c) via a flow deflection, the heat storage fluid is concentrated in liquid as well as in solid form, d) the concentrated heat storage fluid flows through a boundary layer that is situated between the heat transfer fluid and the heat storage fluid, e) the heat storage fluid is withdrawn in the form of a second flow of the heat storage fluid below the boundary layer in the direction of an ice reservoir, f) in the ice reservoir, via a slow horizontal inflow of the heat storage fluid into the lower part of the ice reservoir, the solid and liquid phases of the heat storage fluid are separated due to the difference in density. a) via a gas space the heat storage fluid in an upper part of the mixing container is introduced into the heat transfer fluid, b) due to a flow of the heat storage fluid within a flow of the heat transfer fluid, heat is transferred from the heat storage fluid to the heat transfer fluid, c) via a flow deflection, the heat storage fluid is concentrated in liquid as well as in solid form, d) the concentrated heat storage fluid flows through a boundary layer that is situated between the heat transfer fluid and the heat storage fluid, e) the heat storage fluid is withdrawn in the form of a second flow of the heat storage fluid below the boundary layer in the direction of an ice reservoir, f) in the ice reservoir, via a slow horizontal inflow of the heat storage fluid into the lower part of the ice reservoir, the solid and liquid phases of the heat storage fluid are separated due to the difference in density.
An ego-vehicle warning method, carried out by a warning apparatus, wherein the method comprises: determining a nearby area of an ego-vehicle based on moving information of the ego-vehicle; performing target classification on vehicles surrounding the ego-vehicle by obtaining nearby vehicles in a plurality of directions and remote vehicle sets in the plurality of directions, wherein a nearby vehicle in each direction of the plurality of directions is a vehicle closest to the ego-vehicle in the nearby area in the direction, and a remote vehicle set in each direction of the plurality of directions comprises a remote vehicle located outside the nearby area in the direction; for each remote vehicle, calculating a shortest distance between the remote vehicle and a nearby vehicle in each direction that matches a predicted direction of the remote vehicle in the plurality of directions in a future time period, and recording a time T when the shortest distance is less than a threshold D; and sending alarm information to a driver of the ego-vehicle based on determining that a nearby vehicle corresponds to an earliest time T among all recorded times T, wherein the alarm information is used to indicate to the driver that an accidental collision accident not caused by the ego-vehicle or another accidental collision accident between the nearby vehicle and the remote vehicle may occur in a direction of the nearby vehicle corresponding to the earliest time T. determining a nearby area of an ego-vehicle based on moving information of the ego-vehicle; performing target classification on vehicles surrounding the ego-vehicle by obtaining nearby vehicles in a plurality of directions and remote vehicle sets in the plurality of directions, wherein a nearby vehicle in each direction of the plurality of directions is a vehicle closest to the ego-vehicle in the nearby area in the direction, and a remote vehicle set in each direction of the plurality of directions comprises a remote vehicle located outside the nearby area in the direction; for each remote vehicle, calculating a shortest distance between the remote vehicle and a nearby vehicle in each direction that matches a predicted direction of the remote vehicle in the plurality of directions in a future time period, and recording a time T when the shortest distance is less than a threshold D; and sending alarm information to a driver of the ego-vehicle based on determining that a nearby vehicle corresponds to an earliest time T among all recorded times T, wherein the alarm information is used to indicate to the driver that an accidental collision accident not caused by the ego-vehicle or another accidental collision accident between the nearby vehicle and the remote vehicle may occur in a direction of the nearby vehicle corresponding to the earliest time T.