mhurhangee/ep-ind-claims huggingface dataset:
A switch cabinet arrangement with a cooling unit accommodated in a switch cabinet housing, wherein the cooling unit can be held displaceably on the switch cabinet housing by means of a linear adjustment unit, in particular a rail system, and can be adjusted between a pull-out position and a push-in position, wherein the cooling unit is completely accommodated in the switch cabinet housing in the slide-in position and projects out of the switch cabinet housing at least partially via a door side of the switch cabinet housing in the slide-out position, wherein a door element closing the door side of the switch cabinet housing in its closed position has at least one air passage opening, characterized in that the air passage opening is provided in the switch cabinet housing at least when the door element is in its closed position, which, at least when the cooling unit is in the slide-in position, in the closed position of the door element opens into an air outlet and an air inlet of the cooling unit, the cooling unit having a cooling unit housing with an air inlet side and an air outlet side which, at least in the closed position of the door element, face the door element and are preferably arranged parallel thereto, wherein, in the closed position, both the air outlet and the air inlet of the cooling unit open into the air passage opening, and wherein the air passage opening is designed in two parts, with an air inlet opening (7.1), which opens into the air inlet of the cooling unit, and an air outlet opening (7.2), which is fluidically separated from the air inlet opening (7.1) and opens into the air outlet of the cooling unit.
A needle for aspirating a sample from a sample source and injecting the sample into a liquid chromatography system, the needle comprising: a needle body including a tip and a conical section adjacent to the tip, the conical section having a rough textured surface finish in a region that is offset from the tip, the needle body further having a smooth surface finish in a region extending from the tip to the rough textured surface region; wherein the rough textured surface finish reduces a coefficient of friction of the needle body to avoid a seal material covering the sample source from clinging to the needle body as the needle enters or exits the sample source; wherein the smooth surface finish maintains a liquid tight seal between the tip of the needle body and an injection seat when the needle injects the sample into an analytic flow path of the liquid chromatography system. a needle body including a tip and a conical section adjacent to the tip, the conical section having a rough textured surface finish in a region that is offset from the tip, the needle body further having a smooth surface finish in a region extending from the tip to the rough textured surface region; wherein the rough textured surface finish reduces a coefficient of friction of the needle body to avoid a seal material covering the sample source from clinging to the needle body as the needle enters or exits the sample source; wherein the smooth surface finish maintains a liquid tight seal between the tip of the needle body and an injection seat when the needle injects the sample into an analytic flow path of the liquid chromatography system.
A battery module having a structure in which two or more battery cells are arranged in a horizontal direction (a lateral direction) and a plurality of battery cells is arranged in a vertical direction (a thickness direction) with respect to the battery cells arranged in the horizontal direction, wherein a cooling member is disposed between the battery cells arranged in the vertical direction to remove heat generated from the battery cells during charge and discharge of the battery cells, wherein the cooling member comprises: a plate-shaped cooling fin disposed between the battery cells having a structure in which two battery cell contact portions being continuously formed in the horizontal direction (lateral direction) are in tight contact with outer sides of said battery cells; and a coolant conduit having a hollow structure in which a coolant flows, the coolant conduit thermally contacting the cooling fin, the coolant conduit being located at an outside of an electrode assembly receiving part of each of the battery cells when the cooling fin is disposed between the battery cells, wherein each of the battery cells is a plate-shaped secondary battery; and characterized in that the coolant conduit is configured so that at least a portion of the coolant conduit is bent in the shape of 'U' or in the shape of `S' so as to correspond to the shape of outer edges of the battery cell contact portions, wherein the cooling fin has a structure in which a pair of metal sheets (211, 212) is coupled to each other, and the coolant conduit is coupled to the cooling fin in a state in which the coolant conduit is disposed between the metal sheets (211, 212). a plate-shaped cooling fin disposed between the battery cells having a structure in which two battery cell contact portions being continuously formed in the horizontal direction (lateral direction) are in tight contact with outer sides of said battery cells; and a coolant conduit having a hollow structure in which a coolant flows, the coolant conduit thermally contacting the cooling fin, the coolant conduit being located at an outside of an electrode assembly receiving part of each of the battery cells when the cooling fin is disposed between the battery cells, wherein each of the battery cells is a plate-shaped secondary battery; and characterized in that the coolant conduit is configured so that at least a portion of the coolant conduit is bent in the shape of 'U' or in the shape of `S' so as to correspond to the shape of outer edges of the battery cell contact portions, wherein the cooling fin has a structure in which a pair of metal sheets (211, 212) is coupled to each other, and the coolant conduit is coupled to the cooling fin in a state in which the coolant conduit is disposed between the metal sheets (211, 212).
A fiducial marker (70, 130) for use with an implantable lead (50, 120), comprising: a structure extending along and about a longitudinal axis, the structure having an asymmetrical shape about the longitudinal axis when viewed in any radial direction from the longitudinal axis so as to provide a unique radioscopic silhouette in any radial direction, wherein the fiducial marker includes a proximal portion, a distal portion, and a central portion extending there between, characterized in that the proximal portion comprises a band-shaped element extending in a circular fashion about longitudinal axis, the distal portion comprises a tab extending parallel to longitudinal axis, and the central portion comprises a helically-shaped element extending at least semi-helically about longitudinal axis. a structure extending along and about a longitudinal axis, the structure having an asymmetrical shape about the longitudinal axis when viewed in any radial direction from the longitudinal axis so as to provide a unique radioscopic silhouette in any radial direction, wherein the fiducial marker includes a proximal portion, a distal portion, and a central portion extending there between, characterized in that the proximal portion comprises a band-shaped element extending in a circular fashion about longitudinal axis, the distal portion comprises a tab extending parallel to longitudinal axis, and the central portion comprises a helically-shaped element extending at least semi-helically about longitudinal axis.
Pane with at least one electrical connection element, at least comprising: - a substrate, - an electrically conductive structure on a region of the substrate, - a bridge-shaped electrical connection element, comprising a bridge region and at least two soldering feet, which are connected via a soldering compound to a region of the electrically conductive structure, and - an electrical connecting element attached to the connection element, wherein the connecting element - is attached to the surface of the bridge region facing the substrate, or - is attached to the surface of the bridge region facing away from the substrate and is routed around the bridge region such that it rests against the surface of the bridge region facing the substrate characterized in, that the difference between the melting temperature of the material of the connection element and the melting temperature of the material of the connecting element is greater than 200 °C, and wherein the connecting element is attached to the connection element by means of a welded connection. - a substrate, - an electrically conductive structure on a region of the substrate, - a bridge-shaped electrical connection element, comprising a bridge region and at least two soldering feet, which are connected via a soldering compound to a region of the electrically conductive structure, and - an electrical connecting element attached to the connection element, - is attached to the surface of the bridge region facing the substrate, or - is attached to the surface of the bridge region facing away from the substrate and is routed around the bridge region such that it rests against the surface of the bridge region facing the substrate
Device (1; 3; 5; 7; 9; 110) for mixing, in particular dispersing, comprising a) a housing, which has at least one, preferably two, inlets and at least one outlet, b) a separating device, which is arranged in the housing and which can be used to divide the housing into a first process region and a second process region, wherein the separating device comprises static and/or dynamic gaps, and also c) a rotor unit, which is arranged rotatably in the housing, wherein d) the first process region has a first portion of the rotor unit, such that, during operation of the device (1; 3; 5; 7; 9; 110), mixing, in particular dispersing, of materials fed through the at least one, preferably the two, inlets can be carried out by means of the first portion of the rotor unit in the first process region, and e) the second process region is arranged downstream of the first process region, after the separating device, and comprises a second portion of the rotor unit, and f) the rotor unit comprises a rotor disc, which extends through elements of the separating device and forms a dynamic gap therewith, and g) the second portion of the rotor unit comprises an ejection means, h) wherein the second process region and the second portion are formed in such a manner that dispersion can be achieved, characterized in that i) auxiliary grinding bodies, in particular spherical auxiliary grinding bodies, are arranged in the first process region. a) a housing, which has at least one, preferably two, inlets and at least one outlet, b) a separating device, which is arranged in the housing and which can be used to divide the housing into a first process region and a second process region, wherein the separating device comprises static and/or dynamic gaps, and also c) a rotor unit, which is arranged rotatably in the housing, wherein d) the first process region has a first portion of the rotor unit, such that, during operation of the device (1; 3; 5; 7; 9; 110), mixing, in particular dispersing, of materials fed through the at least one, preferably the two, inlets can be carried out by means of the first portion of the rotor unit in the first process region, and e) the second process region is arranged downstream of the first process region, after the separating device, and comprises a second portion of the rotor unit, and f) the rotor unit comprises a rotor disc, which extends through elements of the separating device and forms a dynamic gap therewith, and g) the second portion of the rotor unit comprises an ejection means, h) wherein the second process region and the second portion are formed in such a manner that dispersion can be achieved, characterized in that i) auxiliary grinding bodies, in particular spherical auxiliary grinding bodies, are arranged in the first process region.
A method for upgrading a domain, comprising: receiving, by a terminal which is included in a domain and has a first rights object, RO and a pre-stored domain key, a message including a domain ID field and a domain key; comparing, by the terminal, a domain baseID of a domain ID field included in the message with a domain baseID of a domain ID stored in the terminal; comparing, by the terminal, a domain generation of the domain ID field included in the message with a domain generation of the domain ID stored in the terminal, if the domain baseID of the domain ID field included in the message is consistent with the domain baseID stored in the terminal, wherein the domain generation indicates the number of times a corresponding domain has been upgraded; storing, by the terminal, the received domain key, which is contained in the message, if the domain generation of the domain ID field included in the message is greater than the domain generation of the domain ID stored in the terminal; and wherein the pre-stored domain key is associated with the domain generation of the domain ID stored in the terminal and is allowed to be used after upgrading the domain, wherein the received domain key is associated with the domain generation of the domain ID field included in the message. receiving, by a terminal which is included in a domain and has a first rights object, RO and a pre-stored domain key, a message including a domain ID field and a domain key; comparing, by the terminal, a domain baseID of a domain ID field included in the message with a domain baseID of a domain ID stored in the terminal; comparing, by the terminal, a domain generation of the domain ID field included in the message with a domain generation of the domain ID stored in the terminal, if the domain baseID of the domain ID field included in the message is consistent with the domain baseID stored in the terminal, wherein the domain generation indicates the number of times a corresponding domain has been upgraded; storing, by the terminal, the received domain key, which is contained in the message, if the domain generation of the domain ID field included in the message is greater than the domain generation of the domain ID stored in the terminal; and wherein the pre-stored domain key is associated with the domain generation of the domain ID stored in the terminal and is allowed to be used after upgrading the domain, wherein the received domain key is associated with the domain generation of the domain ID field included in the message.
A cartridge with a filling of at least one substance for preparing a liquid product by means of liquid and/or steam introduced into the cartridge, the cartridge including a casing containing said filling with a bottom wall for said liquid product to flow from the cartridge, wherein said bottom wall presents, when observed on the outer side with respect to the cartridge: - a central portion, - a first annular cavity that surrounds the central portion, - an intermediate annular portion that surrounds the first annular cavity and is separated therefrom by a first annular rib, - a second annular cavity that surrounds the intermediate annular portion and is separated therefrom by a second annular rib, and wherein said bottom wall has outflow openings for said liquid product from the cartridge. - a central portion, - a first annular cavity that surrounds the central portion, - an intermediate annular portion that surrounds the first annular cavity and is separated therefrom by a first annular rib, - a second annular cavity that surrounds the intermediate annular portion and is separated therefrom by a second annular rib,
Household appliance comprising an iron and a portable base comprising an emplacement for putting the iron down during inactive ironing phases, the iron comprising a sole surmounted by a body and the base comprising a secured stopper, extending to the foot of the emplacement, against which a rear part of the body of the iron is supported when the iron rests on the emplacement, said stopper comprising two side mounts connected to an upper crossbar and comprises an open space conserved under the upper crossbar, characterised in that the base comprises, in addition to the stopper, cooperating with the rear part of the body of the iron, a blocking element, mobile between a folded position wherein the iron can be removed from the base and an immobilisation position wherein the blocking element immobilises the front part of the iron on the base, such that the appliance in the entirety thereof, can be transported by the handle of the iron.
A display device comprising: a substrate; a thin film transistor (124h, 140, 154h, 173h, 175h) disposed on the substrate; a pixel electrode (191h, 1911) connected to the thin film transistor (124h, 140, 154h, 173h, 175h); a common electrode spaced apart from the pixel electrode (191h,191l) by microcavities interposed therebetween; the microcavities being arranged in a matrix on the substrate; a first valley between microcavities adjacent to each other in the column direction of the matrix of microcavities; a roof layer disposed on the common electrode; an injection hole (307a,b) provided for each microcavity and exposing a portion of the microcavitiy; a liquid crystal layer injected through the injection holes and filling each of the plurality of microcavities; and an encapsulation layer disposed on the roof layer and covering the injection holes to seal the plurality of microcavities wherein a light blocking member is disposed on the pixel electrode to overlap the thin film transistor (124h, 140, 154h, 173h, 175h) and to cover for each pixel a through hole connection of the pixel electrode to the thin film transistor (124h, 140, 154h, 173h, 175h), the light blocking member being disposed on the viewer side of the pixel electrode opposite to the side of the pixel electrode (191 h) facing the thin film transistor (124h, 140, 154h, 173h, 175h); and wherein the light blocking member and the through hole connection are disposed in an area of the first valley between the plurality of microcavities. a substrate; a thin film transistor (124h, 140, 154h, 173h, 175h) disposed on the substrate; a pixel electrode (191h, 1911) connected to the thin film transistor (124h, 140, 154h, 173h, 175h); a common electrode spaced apart from the pixel electrode (191h,191l) by microcavities interposed therebetween; the microcavities being arranged in a matrix on the substrate; a first valley between microcavities adjacent to each other in the column direction of the matrix of microcavities; a roof layer disposed on the common electrode; an injection hole (307a,b) provided for each microcavity and exposing a portion of the microcavitiy; a liquid crystal layer injected through the injection holes and filling each of the plurality of microcavities; and an encapsulation layer disposed on the roof layer and covering the injection holes to seal the plurality of microcavities wherein a light blocking member is disposed on the pixel electrode to overlap the thin film transistor (124h, 140, 154h, 173h, 175h) and to cover for each pixel a through hole connection of the pixel electrode to the thin film transistor (124h, 140, 154h, 173h, 175h), the light blocking member being disposed on the viewer side of the pixel electrode opposite to the side of the pixel electrode (191 h) facing the thin film transistor (124h, 140, 154h, 173h, 175h); and wherein the light blocking member and the through hole connection are disposed in an area of the first valley between the plurality of microcavities.
A modular floor basis for the display and support of goods, comprising: - two or more floor tiles, each floor tile comprising a top floor surface, floor sidewalls to support the top floor surface, and at least one connection recess, the floor sidewalls furthermore defining an open bottom floor face; - one or more cover plates, each cover plate comprising a top cover surface and cover sidewalls defining an open bottom cover face; and - one or more connection pieces, each connection piece configured for interconnecting two floor tiles by mounting the connection piece in a connection recess in each of said two floor tiles, whereby said connection piece and said connection recesses of said two floor tiles are configured for mounting said connection piece in said connection recesses after placing said two floor tiles adjacent, whereby said two adjacently placed floor tiles have two contacting sidewalls, whereby said connection piece comprises a recess for placement of the recess over said two contacting sidewalls of said two adjacently placed floor tiles, and whereby said connection piece is mountable in said connection recesses via approach of said connection piece towards said connection recesses from the top floor surfaces of said two floor tiles, characterized in that the sidewalls of the floor tiles narrow towards the corresponding top surface, thereby forming an upstanding edge for clamping the sidewalls of one of the remaining floor tiles or one of the cover plates defining an open bottom face over the top surface of the floor tile. - two or more floor tiles, each floor tile comprising a top floor surface, floor sidewalls to support the top floor surface, and at least one connection recess, the floor sidewalls furthermore defining an open bottom floor face; - one or more cover plates, each cover plate comprising a top cover surface and cover sidewalls defining an open bottom cover face; and - one or more connection pieces, each connection piece configured for interconnecting two floor tiles by mounting the connection piece in a connection recess in each of said two floor tiles,
A particle or pollen sensor comprising: an array of relative humidity sensors; and a processor for processing the signals from the array of humidity sensors, wherein the processor is adapted to: detect a change in relative humidity representative of a particle or pollen in contact with one or more sensors of the array of relative humidity sensors, and thereby determine a change in relative humidity associated with presence of the particle or pollen; and identify a type of a particle or pollen based on the change in relative humidity. an array of relative humidity sensors; and a processor for processing the signals from the array of humidity sensors, wherein the processor is adapted to: detect a change in relative humidity representative of a particle or pollen in contact with one or more sensors of the array of relative humidity sensors, and thereby determine a change in relative humidity associated with presence of the particle or pollen; and identify a type of a particle or pollen based on the change in relative humidity. detect a change in relative humidity representative of a particle or pollen in contact with one or more sensors of the array of relative humidity sensors, and thereby determine a change in relative humidity associated with presence of the particle or pollen; and identify a type of a particle or pollen based on the change in relative humidity.