mhurhangee/patent-ind-claim-en huggingface dataset:
A method for loading and/or unloading laundry machines, in particular washing machines , dryers or the like, with laundry, wherein the preferably sorted laundry is transported to the respective laundry machine to be loaded, and the laundry is loaded into the laundry machine and/or unloaded from the laundry machine and transported away in that the laundry is transported to at least one store and temporarily stored there, wherein the laundry is transported from the store to the laundry machine and the laundry machine is loaded with the laundry, and/or the laundry unloaded from a laundry machine is transported to another store and temporarily stored there, characterized in that the laundry to be treated is transported in a container to the store for laundry to be treated, the laundry is transferred from the container to the store , the laundry is extracted from the store by a loading container , the laundry in the loading container is transported by said container to the respective laundry machine, and by unloading the loading container the laundry machine is loaded with the laundry, and/or the treated laundry unloaded from the laundry machine is loaded into an unloading container , the laundry is transported with the unloading container to the other store for treated laundry and discharged from the unloading container to the other store .
A photoelectric board capable of transmitting an optical signal and an electrical signal; wherein said photoelectric board is configured for simultaneously providing power and communication channels to electronic modules paired with appropriate light emitter and receiver arrays attached to the board , and comprises: a middle layer of photoconductive material having a length, width, top and bottom surface, for propagating light waves throughout the entire middle layer partially diffusing the light evenly throughout the entire photoelectric board ; a top layer of electrically conductive, partially light reflective glass or polymers placed over the entire top surface of the middle layer for conducting electrical current in all directions; and a bottom layer of electrically conductive, partially light reflective glass or polymers placed over the entire bottom surface of the middle layer for conducting electrical current in all directions. a middle layer of photoconductive material having a length, width, top and bottom surface, for propagating light waves throughout the entire middle layer partially diffusing the light evenly throughout the entire photoelectric board ; a top layer of electrically conductive, partially light reflective glass or polymers placed over the entire top surface of the middle layer for conducting electrical current in all directions; and a bottom layer of electrically conductive, partially light reflective glass or polymers placed over the entire bottom surface of the middle layer for conducting electrical current in all directions.
Method for monitoring a non-melting welding electrode , in particular a tungsten electrode, of an automated arc welding apparatus , in particular a TIG welding apparatus, wherein with the aid of at least one camera , images (B i ) of the welding electrode are captured and the images (B i ) are processed and the state of the welding electrode is concluded therefrom, and the images (B i ) of the welding electrode are captured during a welding process carried out with the arc welding apparatus , the images (B i ) are reprocessed and the arc (L) of the welding process is extracted, and the shape (F d ) of the end of the welding electrode is determined from the reprocessed images (B i ') and compared with a predefined shape (F v ) of the end of the welding electrode , characterised in that the images (B i ) are reprocessed by capturing at least two images with different exposure times, cutting out and/or weighting partial areas from the at least two images with different exposure times, and combining them to form a composite image and, in the event of a deviation (ΔF) of the determined shape (F d ) of the end of the welding electrode from the predefined shape (F v ) of the end of the welding electrode , a signal is output.
A method for operating a showcase system , the showcase system includes a showcase including: a right frame provided at a right face of the showcase , a left frame provided at a left face of the showcase , an upper frame provided at an upper face of the showcase , a lower frame provided at a lower face of the showcase , and a rear frame provided at a rear face of the showcase ; a plurality of showrooms in which products are exhibited; a transparent display panel provided at a front face of the showcase , a front frame surrounding the transparent display panel ; a light source unit including a plurality of lamps (510a-510h) arranged in a region corresponding to an upper portion of the front frame of the showcase system , the plurality of lamps (510a-510h) being arranged obliquely in a direction from the upper portion of the front frame to the upper frame , a multi-stage display stand tilted from the rear frame to the lower frame , a plurality of shelves coupled to the multi-stage display stand , the method comprising: receiving touch input to at least one of the plurality of showrooms in which products are exhibited; and displaying an image associated with a product corresponding to the showroom that has received the touch input. a right frame provided at a right face of the showcase , a left frame provided at a left face of the showcase , an upper frame provided at an upper face of the showcase , a lower frame provided at a lower face of the showcase , and a rear frame provided at a rear face of the showcase ; a plurality of showrooms in which products are exhibited; a transparent display panel provided at a front face of the showcase , a front frame surrounding the transparent display panel ; a light source unit including a plurality of lamps (510a-510h) arranged in a region corresponding to an upper portion of the front frame of the showcase system , the plurality of lamps (510a-510h) being arranged obliquely in a direction from the upper portion of the front frame to the upper frame , a multi-stage display stand tilted from the rear frame to the lower frame , a plurality of shelves coupled to the multi-stage display stand , the method comprising: receiving touch input to at least one of the plurality of showrooms in which products are exhibited; and displaying an image associated with a product corresponding to the showroom that has received the touch input. receiving touch input to at least one of the plurality of showrooms in which products are exhibited; and displaying an image associated with a product corresponding to the showroom that has received the touch input.
A lighting device comprising an exhaust tube and a wireless communication antenna arranged inside the exhaust tube , wherein the lighting device comprises an airtight connection between the antenna and the exhaust tube .
Operating method (S) for an active oil separator in conjunction with the venting of a crankcase of a drive of a drive apparatus and/or a motor vehicle , in which - the oil separator is operated at a specific actuation value for the oil separation process, - the specific actuation value is subjected to open-loop control and/or closed-loop control depending on an operating state of (a) at least one assembly of the drive apparatus and/or (b) at least one component of the active oil separator and - the specific actuation value is subjected to open-loop control and/or closed-loop control with respect to actual and/or desired acoustic immission on the basis of the operation of the active oil separator . - the oil separator is operated at a specific actuation value for the oil separation process, - the specific actuation value is subjected to open-loop control and/or closed-loop control depending on an operating state of (a) at least one assembly of the drive apparatus and/or (b) at least one component of the active oil separator and (a) at least one assembly of the drive apparatus and/or (b) at least one component of the active oil separator - the specific actuation value is subjected to open-loop control and/or closed-loop control with respect to actual and/or desired acoustic immission on the basis of the operation of the active oil separator .
A pharmaceutical composition comprising a polymeric particle having an anti-CD28 antibody and antigen presenting complex ligands conjugated thereto, wherein: the anti-CD28 antibody is a co-stimulatory ligand having a immunoglobulin heavy chain variable region with the amino acid sequence: and having a immunoglobulin light chain variable region with the amino acid sequence: the anti-CD28 antibody is a co-stimulatory ligand having a immunoglobulin heavy chain variable region with the amino acid sequence: and having a immunoglobulin light chain variable region with the amino acid sequence:
Measuring apparatus with a protective tube for insertion into a pipe or vessel containing a medium (M), wherein the protective tube serves for receiving a measuring insert for determining and/or monitoring a process variable of a medium (M), especially the temperature (T) of a medium (M), the protective tube comprising a tubular member having a bore extending between an upper and lower end of the tubular member , wherein at least one section (sc) of an outer surface (S) of the tubular member comprises a surface structure having a multitude of longitudinal ribs , which define a multitude of flow channels along the tubular member , wherein the flow channels each evolve between a pair of neighboring ribs, characterised in that the longitudinal ribs of the surface structure evolve at least partially parallel to a longitudinal axis of the tubular member, and/or wherein the longitudinal ribs are designed such that they twist around the tubular member along its length (H) with a rip pitch, and wherein the rip pitch (p) of the twisting ribs is such that the ribs circle the tubular member a maximum of twice. a tubular member having a bore extending between an upper and lower end of the tubular member , wherein at least one section (sc) of an outer surface (S) of the tubular member comprises a surface structure having a multitude of longitudinal ribs , which define a multitude of flow channels along the tubular member , wherein the flow channels each evolve between a pair of neighboring ribs, characterised in that the longitudinal ribs of the surface structure evolve at least partially parallel to a longitudinal axis of the tubular member, and/or wherein the longitudinal ribs are designed such that they twist around the tubular member along its length (H) with a rip pitch, and wherein the rip pitch (p) of the twisting ribs is such that the ribs circle the tubular member a maximum of twice.
A sample holder , comprising: a body having a top surface and a bottom surface , the body further comprising: an inlet groove formed into the bottom surface ; an outlet groove formed into the bottom surface alongside the inlet groove ; a detection recess formed into the bottom surface and connected to the inlet groove and the outlet groove ; a fill port interconnected to both the inlet groove and the outlet groove ; and a cover connected to the bottom surface wherein the cover interfaces with the body to form an inlet channel interconnected to the fill port , a detection region interconnected to the inlet channel , and an outlet channel connected to an outlet port and interconnected to the detection region and the fill port , wherein the outlet channel comprises an outlet first channel portion and an outlet second channel portion that is wider than the outlet first channel portion. a body having a top surface and a bottom surface , the body further comprising: an inlet groove formed into the bottom surface ; an outlet groove formed into the bottom surface alongside the inlet groove ; a detection recess formed into the bottom surface and connected to the inlet groove and the outlet groove ; a fill port interconnected to both the inlet groove and the outlet groove ; and an inlet groove formed into the bottom surface ; an outlet groove formed into the bottom surface alongside the inlet groove ; a detection recess formed into the bottom surface and connected to the inlet groove and the outlet groove ; a fill port interconnected to both the inlet groove and the outlet groove ; and a cover connected to the bottom surface wherein the cover interfaces with the body to form an inlet channel interconnected to the fill port , a detection region interconnected to the inlet channel , and an outlet channel connected to an outlet port and interconnected to the detection region and the fill port , wherein the outlet channel comprises an outlet first channel portion and an outlet second channel portion that is wider than the outlet first channel portion.
A micron scale heating stage configured for conducting mechanical property testing on a sub-micron scale comprising: a base interface configured for coupling with a holder base of a sub-micron scale mechanical property testing instrument and electro-mechanical transducer assembly; and a microelectromechanical (MEMS) heater including: - a test subject stage , wherein the test subject stage includes a stage subject surface , and a stage plate underlying the stage subject surface , wherein the stage plate braces the stage subject surface ; and - a heating element on the test subject stage and adjacent to the stage subject surface and away from the base interface , such that when the base interface is coupled with the holder base , the holder base is thermally isolated from the heating element . a base interface configured for coupling with a holder base of a sub-micron scale mechanical property testing instrument and electro-mechanical transducer assembly; and a microelectromechanical (MEMS) heater including: - a test subject stage , wherein the test subject stage includes a stage subject surface , and a stage plate underlying the stage subject surface , wherein the stage plate braces the stage subject surface ; and - a heating element on the test subject stage and adjacent to the stage subject surface and away from the base interface , such that when the base interface is coupled with the holder base , the holder base is thermally isolated from the heating element . - a test subject stage , wherein the test subject stage includes a stage subject surface , and a stage plate underlying the stage subject surface , wherein the stage plate braces the stage subject surface ; and a stage subject surface , and a stage plate underlying the stage subject surface , wherein the stage plate braces the stage subject surface ; and - a heating element on the test subject stage and adjacent to the stage subject surface and away from the base interface , such that when the base interface is coupled with the holder base , the holder base is thermally isolated from the heating element .
A three-dimensional structure comprising: a plurality of resin layers including a light curable resin , the light curable resin including a coloring compound , a color developing-reducing agent , and a photothermal conversion agent , the plurality of resin layers being stacked, the color developing-reducing agent having an average particle diameter of 10 μm or more and 100 μm or less, wherein the colouring compound comprises a leuco dye a plurality of resin layers including a light curable resin , the light curable resin including a coloring compound , a color developing-reducing agent , and a photothermal conversion agent , the plurality of resin layers being stacked, the color developing-reducing agent having an average particle diameter of 10 μm or more and 100 μm or less, wherein the colouring compound comprises a leuco dye
Air technology-related apparatus for ventilating, heating and/or cooling a room of a building or the like, having at least one volume flow adjusting device , wherein the volume flow adjusting device comprises at least one air-guiding element that comprises at least one nozzle-shaped air passage and to which at least one cross section-adjusting element is allocated that cooperates at least in regions with the air passage so as to set the throughflow cross section of the air passage , whereby the air-guiding element and the cross section-adjusting element are arranged so that they can be displaced with respect to one another, whereby the cross section-adjusting element is arranged downstream of the air-guiding element , and whereby air passages (4,4',4", 20,20',20", 28,28',28") and/or throughflow openings (11,11',11", 21,21',21", 28,28',28") that comprise multiple different dimensions and/or shapes are provided in such a manner that changes to the throughflow cross sections are different to one another over the adjustment path of the cross section-adjusting element for at least a part of the air passages (4,4',4", 20,20',20", 28,28',28") and/or the throughflow openings (11,11',11", 21,21',21", 28,28',28"), characterised in that the volume flow-adjusting device is provided in a flow-technical manner between at least one inflow chamber of the apparatus and at least two outflow chambers of the apparatus , and that the at least two outflow chambers are connectable via the volume flow-adjusting device in a flow-technical manner to the inflow chamber , wherein each outflow chamber is respectively allocated at least one air passage (4,4',4",4'''), wherein air can be introduced into the room from a first of the outflow chambers in a first room flow type and air can be introduced into the room from a second of the outflow chambers in a second room flow type, wherein the first room flow type is a mixing ventilation, a displacement ventilation or a mixing-displacement ventilation, and wherein the second room flow type is another from the mentioned group of room flow types.
The compound 3-(1-(2,3-dichloro-4-methoxyphenyl)ethyl)-1-methyl-1-(1,3,3-trimethylpiperidin-4-yl)urea monohydrochloride salt, for use in treating and/or preventing a medical condition mediated by the ghrelin receptor in the central nervous system, wherein said medical condition is selected from neurogedeneration, neuropathy, neuropathic pain, encephalomyelitis, Parkinson's Disease, Alzheimer's Disease, cognitive disorders, vagal hyperstimulation, tachycardia.
A liquid pharmaceutical formulation, being essentially free of water, comprising a) at least one active pharmaceutical ingredient, selected from the group consisting of Bendamustine, Melphalan, Melflufen, Chlorambucil and Uramustine; b) at least one pharmaceutically acceptable organic solvent selected from the group consisting of propylene glycol, and polyethylene glycol such as PEG 400 and/or PEG 300 and c) at least one pharmaceutically acceptable alkaline earth metal salt selected from the group consisting of calcium and magnesium. a) at least one active pharmaceutical ingredient, selected from the group consisting of Bendamustine, Melphalan, Melflufen, Chlorambucil and Uramustine; b) at least one pharmaceutically acceptable organic solvent selected from the group consisting of propylene glycol, and polyethylene glycol such as PEG 400 and/or PEG 300 and c) at least one pharmaceutically acceptable alkaline earth metal salt selected from the group consisting of calcium and magnesium.
A method comprising: receiving indoor positioning information for positioning a user within a structure, which includes at least one passageway and one or more bookmarks, a bookmark being a physical unit installed to the structure for operating a passageway and including a location of the bookmark within the structure, and one or more functions, a function of the bookmark operating on the passageway, when the bookmark is activated; determining a location of the user; comparing the location of the user with the locations of the bookmarks; determining at least one bookmark to be activated on the basis of the correspondence of the user's location and the locations of the bookmarks; activating the determined bookmark; updating a corresponding virtual bookmark in a virtual representation of the structure in a virtual environment to reflect the activation of the bookmark in the structure, said virtual environment being configured viewable on a user interface of a computing device by a software application, the virtual representation of the structure including at least one virtual passageway and one or more virtual bookmarks that correspond to the at least one passageway and the one or more bookmarks of the structure; activating one or more virtual bookmarks in the virtual environment; and updating information of the activated one or more virtual bookmarks in the virtual environment to the corresponding bookmarks of the structure. receiving indoor positioning information for positioning a user within a structure, which includes at least one passageway and one or more bookmarks, a bookmark being a physical unit installed to the structure for operating a passageway and including a location of the bookmark within the structure, and one or more functions, a function of the bookmark operating on the passageway, when the bookmark is activated; determining a location of the user; comparing the location of the user with the locations of the bookmarks; determining at least one bookmark to be activated on the basis of the correspondence of the user's location and the locations of the bookmarks; activating the determined bookmark; updating a corresponding virtual bookmark in a virtual representation of the structure in a virtual environment to reflect the activation of the bookmark in the structure, said virtual environment being configured viewable on a user interface of a computing device by a software application, the virtual representation of the structure including at least one virtual passageway and one or more virtual bookmarks that correspond to the at least one passageway and the one or more bookmarks of the structure; activating one or more virtual bookmarks in the virtual environment; and updating information of the activated one or more virtual bookmarks in the virtual environment to the corresponding bookmarks of the structure.
A container for storing a plurality of consumable goods comprising: a lid comprising a base and an upper portion hingedly coupled to said base; and an interlocking segment comprising a removable strip coupled to an engagement strip at a frangible joint , said removable strip coupled to one of the base and the upper portion, said engagement strip coupled to the other of the base and the upper portion, wherein said removable strip is detachable at said frangible joint via manual actuation of said removable strip; characterized in that : the one of the base and the upper portion comprises a locking member configured to securely couple to said removable strip; and wherein said removable strip comprises a lid locking feature defined on a back surface of said removable strip and configured to securely couple to said locking member. a lid comprising a base and an upper portion hingedly coupled to said base; and an interlocking segment comprising a removable strip coupled to an engagement strip at a frangible joint , said removable strip coupled to one of the base and the upper portion, said engagement strip coupled to the other of the base and the upper portion, wherein said removable strip is detachable at said frangible joint via manual actuation of said removable strip; characterized in that : the one of the base and the upper portion comprises a locking member configured to securely couple to said removable strip; and wherein said removable strip comprises a lid locking feature defined on a back surface of said removable strip and configured to securely couple to said locking member. the one of the base and the upper portion comprises a locking member configured to securely couple to said removable strip; and wherein said removable strip comprises a lid locking feature defined on a back surface of said removable strip and configured to securely couple to said locking member.